Lighting Specialists - 47
ITAB Prolight
Formally Profile Lighting Services Ltd
Lighting Specialists
The Company: 1988, joined ITAB Group Dec 2014
Established: Bishop’s Stortford, Hertfordshire
Location: Retail, Commercial, Health Care, Local Authority,
Market Sectors: Forecourt, Rail
U.K. and Export
Market:
Accreditation:
ISO 9001:1987 .EN 29001: 1987 Design and Manufacture
Lighting Industry Association (LIA) Members
Members of Electrolink
Members of Relux Lighting Design Software
Products • LED Pendant Luminaires
• LED Emergency Lighting Luminaires
• LED Display Downlights • LED High Bays
& Wallwashers • LED Exterior Amenity Lighting
• LED Sealed Lighting
• LED Track & Spotlights • Lighting Controls
• LED Lighting Systems
• LED Recessed
• LED Surface
Special Products
As well as our comprehensive range of standard luminaires, our highly
experienced design team equipped with the latest CAD and 3D imaging
facilities provides our clients with an expert bespoke luminaire design
service utilising the very latest LED technology.
We manufacture specialist products from retrofit adaptations to specialist
bespoke commercial and architectural luminaires.
Featured Products
L8 / L87 LED: Pre-wired lighting system available in suspended or
recessed formats. Delivered fully assembled with reflectors, LED strips,
diffusers installed. Available with direct distribution, direct / indirect
distribution as well as seamless light effect.
PRO-FLITE LED: Maintaining all the features of our successful
fluorescent system, LED technology has now been incorporated in our
Pro-Flite system. It can be manufactured in individual or continuous
formats to allow tailored solutions to suit client requirements. Direct, indirect
and direct / indirect distributions are available in multiple mounting options.
OWL LED: A range of recessed, surface, or suspended ultra slim LED
luminaires designed to give a wide distribution for high vertical illuminances
and an even panel luminance by use of edge lit LED technology. Available
in 600x600, 1200x300, 1200x600, 300x300, 880, 550 and 300mm diameter.
WAW WALLWASHER: An elegant solution to highlight displays, WAW
can be surface, suspended or track mounted and rotated to wash light
onto vertical surfaces in a wide variety of applications.
HIGH BAY: A wide variety of lumen packages and a specialist high
transmission opalised diffuser to control glare, this high bay luminaire is
suitable for numerous applications.
KORD: Kord is a range of surface or suspended linear LED luminaires,
has a direct / indirect distribution and can be individually or continuously
mounted. Emergency units, nightlights and control sensors can be
incorporated along the spine.
LDLP DOWNLIGHTS: LED downlights available with many decorative,
sealed and anti-ligature attachments. The reflector has been designed
to deliver high LORs with a wide distribution.
MINI FORCE: We supply a comprehensive range of LED display
luminaires with a variety of lumen packages, distributions, colours, CRIs
and colour temperatures.
LORAY: Recessed LED luminaire for a range of applications
with specialised opal optic provide an evenly lit appearance
over the diffuser and canopy.
ROLL: LED external wall mounted decorative luminaires
available in downlight or downlight / uplight versions.
Please refer to our website for all up to date information and specifications:
www.profile.lighting
ITAB Prolight UK Ltd Tel : +44 (0) 1279 757595
Units 4, 5 & 6 Raynham Road Fax : +44 (0) 1279 755599
Bishop’s Stortford [email protected]
Hertfordshire CM23 5PB
www.profile.lighting
48 - Emergency Lighting / Fire Detection Guideway & Serenga 2 Aqualux
Emergi-Lite Safety Systems Previx Escape Line
As a renowned manufacturer of innovative emergency lighting, fire Naveo EMEX Power & EMEX Test
detection and alarm systems and safety equipment, Emergi-Lite Safety
Systems has served the safety market in the UK for two decades. • Maintenance Support & Servicing
From commissioning new systems to servicing existing ones, full
Emergency Lighting sales and technical support is provided to ensure full working order
within appropriate British Standards.
• Emergency Luminaires (LED & Fluorescent)
A comprehensive range (exit sign and surface/recessed products) is • Renowned Publications
available for any application, from hospitals and schools to Emergi-Lite publications include the Emergency Lighting product
warehouses and offices. catalogue, Emergency Lighting Guide – an authoritative guide to
emergency lighting systems and design techniques and Log Books
• Serenga 2 LED Emergency Lighting for both Emergency Lighting and Fire Detection.
Serenga is a stylish, recessed or surface high performance
emergency lighting solution. It is designed to provide illumination with
models for use up to 12m above floor level. Escape route and open
area applications are catered for.
• Guide-Way
A new and highly versatile LED emergency lighting range, available in
two size formats for escape routes with medium to low ceiling heights.
• Horizon Low Energy, High Output Lighting
A cost efficient low energy LED exit sign and emergency luminaire
range, combining enhanced light optics and modular design for easy
installation and harmony across the entire design scheme.
• Aqualux Heavy Duty, High Output Lighting
Aqualux is a high performance, heavy duty product line designed to
deliver exceptional light output and excellent spacing, even in large
scale open areas such as warehouses, car parks and sports halls.
• Escape Line – LED Emergency Lighting
An LED range, with product variety that covers both general
emergency illumination and escape route sign requirements.
• Testing Systems
Naveo is an internet based addressable central testing system of
extensive capability (backward compatible with ‘Centrel’). IR2
Infra-red testing suite is safe, fast and easy to use. It is a cost effective
solution for maintenance and offers a simple walk test procedure via
a hand held transmitter or handset.
• Central Battery Systems
Emergi-Lite manufactures both AC/AC & AC/DC central battery
products. EMEX Power is the advanced range of modular AC/AC
static inverter ranges, which can also be supplied with the EMEX
Test testing system.
• Conversion Services
Emergi-Lite manufactures inverters and chargers kits, including the
IK intelligent kit for mains lighting conversion. Expert conversion work,
registered under ICEL 1004 is fully guaranteed and CE marked.
Fire Detection Systems
• Conventional 4-wire & 2-wire Fire Detection Panels
Firetec FKE is available for either 2-wire or 4-wire applications, with
2-8 zone panels, offering an effective fire safety solution for smaller
to medium sized premises.
• Analogue Addressable Fire Systems
With enhanced capabilities for installations where extra intelligence
and flexibility are required, Emergi-Lite provides analogue addressable
fire systems with an array of user and installer-friendly features.
Systems are available in the Anatec range with extensive networking,
complex sounder and control functions.
Support, Maintenance & Technical Literature
• Scheme Design
Expert assistance is available in emergency lighting
and fire alarm scheme design to the latest British
Standards. Emergi-Lite is accredited for the design,
supply and commissioning of fire detection and alarm
systems (BAFE SP203-1) and emergency lighting
(BAFE SP203-4).
ABB Emergi-Lite Tel : +44 (0) 113 281 0600
Bruntcliffe Lane Fax : +44 (0) 113 281 0601
Leeds Email : [email protected]
LS27 9LL Website : www.emergi-lite.co.uk
Lighting Control/Modular Wiring Systems - 49
Lighting Controls
Lighting Control & Modular Wiring Systems
Lighting Controls designs and supplies complete lighting control
solutions including lighting control systems, modular wiring products and
custom panels. We invest heavily in R&D enabling and offer a complete
solution to lighting design, custom or off-the-shelf control packages and
modular wiring.
Our new PC-based head-end controller monitors lighting control systems
via a network and enables real time changes to be made. The system is
designed to easily effect temporary (or permanent) changes to lighting
or other devices connected to the network via any PC, tablet or smart
phone, even from within the area being changed.
The latest range of lighting control products features Bluetooth
commissioning capability, enabling easy and flexible configuring of
lighting and other devices on the network without the potential hazard of
cables hanging from the ceiling. In addition, all products are fully DALI
compliant and we offer both CAN and DALI controlled PIRs, switching
relays and scene set control plates which work with the full range of LCM
and Sub Address DALI modules.
Our new remote controls enable custom or off-the-shelf control of lights
and other devices within a zone remotely. The remote controls the zone
via a PIR and does not influence other devices in adjacent zones.
All our lighting control modules, both modular and hardwired, come with
Memory Chip technology whereby all system parameters and program
information is stored on a removable memory chip within each Lighting
Control Module. This chip can be reinstalled into another LCM should a
device need to be changed, avoiding costly recommissioning costs.
System Products
Lighting Control Modules
These fully addressable 10-way controllers are supplied in several formats:
Master and Slave versions in both DALI and auto detecting for switching,
0-10v, 1-10v dsi and DALI from a single unit.
DALI Distribution Boxes for simple connection of luminaires when hard
wired from an electrical riser cupboard, thus enabling a marshalling
approach to connectivity.
TCP/IP Network Controllers (Area Controller) allow full integration and
compatibility with network cabling throughout the modern installation.
PIR Sensors
Both CAN and DALI PIRs feature multi-function and “sleep mode”
technology eliminating the common problem of false triggering. All
sensors are equipped with day light linking and have a light tube for
daylight control. These PIRs are compact, aesthetically pleasing and fit
in a 42mm cut-out.
Scene Set Plates and matching switches are available in brushed
stainless steel as well as a variety of specialist finishes to match other
accessories.
Head End PC software and emergency monitoring with graphical interface
affords the end user full functionality for monitoring the lighting system
with reports and logs for usage and faults. It also enables remote fault
diagnosis, reducing callout costs and reducing maintenance time.
Our Modular Wiring products include MDBs, Home Runs, Power and
Lighting Extenders, Lighting Tees and Switch Fused Spur Units, as an
integrated complement to our lighting control systems.
Our dedicated internal and in-the-field engineering team provides
customer support for design, commissioning and ongoing maintenance
of lighting control systems. Phone support, maintenance contracts and a
nationwide field service team are on hand to support all of our products.
We are also the only Lutron Commercial System Integrators in the UK
and offer the full range of Lutron products.
The Lighting Controls team has completed several thousand design and
commissioning projects ranging from restaurants, academic institutions,
hospitals, offices, hotels, museums and high-end residential properties.
Lighting Controls Tel : 01252 470027
5 Bourne Mill Business Park Fax : 01252 782288
Guildford Road
Farnham Email : [email protected]
Surrey GU9 9PS Website : www.lightingcontrols.ltd.uk
50 - Lighting Control Systems
SIMMTRONIC
SPECS3 Lighting Control System –
Over 2 Decades of Successful Development
Established in 1990, Simmtronic continues to engineer an outstandingly
efficient and environmentally friendly lighting control system which is
employed today in many of the UK’s largest and most prestigious
corporate developments.
The Simmtronic system is delivered with the exceptional customer service
that Simmtronic has become recognised for.
Situated just outside the M25, Simmtronic continues to invest in design
and development in-house, whilst ensuring that all manufacturing remains
UK based.
The SPECS3 Lighting Control System provides advanced features
needed to manage and reduce energy consumption and meet evermore
stringent Building Regulations, including
occupancy detection, daylight harvesting
and personal lighting control.
The Latest High-End System Features
Simmtronic’s latest Integrated Processor Unit is able to provide:
• Centralised DALI pattern-based fully automated emergency lighting
test system with integrated maintenance-orientated graphical user
interface
• Enhanced integration over Common IP Networks, refined Data
Exchange with other building systems via Open Protocols & ultra-fast
building wide presence data to control HVA & CCTV
• Advanced graphical tools providing building-wide automatic
verification of DALI & SPECS3 system operation
• Direct import of data-rich CAD information correlated with lamp &
gear fault reporting for maintenance purposes
Standard System Features The Leadenhall Building, 122 Leadenhall Street
SPC.3020 Integrated Processor Unit
Of course SPECS3 provides a wide range of established features including:
Ceiling Sensors: Precision Daylight Control, PIR, Infra-Red
Switch Controls: LED Tracking, LCD Display, Compact Designs, Radio
Interfaces: Audio-Visual, Volt Free, Moving Partition Interface
Control Modules: Compact, Multi-Port, Switching, Digital, DALI
Area Controllers: Full-featured, Upgradeable with Control Panel
Long Term Future-Proof Support
Simmtronic directly employs the largest on-site commissioning team in
the business. Experienced Simmtronic engineers liaise directly with
project teams to deliver high performance lighting control solutions on-site.
As a future-proofed system, SPECS3 provides fast on-site field upgrade
to include the latest in lighting controls.
The popular Simmtronic Service Contract will ensure that a scheme
remains up-to-date with rapid on-site support and a backed-up record of
system configuration and graphical layout.
Simmtronic’s dedicated After Sales Department is responsible for
providing fast-track assistance with changes to existing schemes.
In-House Expertise on Hand
Simmtronic’s sales staff have a wealth of lighting and controls experience
which is available to assist with scheme development and detailed
proposals.
SPECS3 has been used in some of the largest DALI schemes world-wide.
Simmtronic is a member of (the) DALI working party and is closely involved
with the development of related technical standards and technologies.
Please see our website www.simmtronic.com for more details
Head Office: Northern Region:
Simmtronic Ltd Simmtronic Ltd
Waterside
Charlton Mead Lane Unit A3 Lingard Business Centre
Hoddesdon Lingard Lane Bredbury
EN11 0QR Stockport
Tel : 01992 450126 SK6 2QU
Fax : 01992 445127 Tel : 08445 617489
Website : www.simmtronic.com
Wieland Electric Structured Cabling / Modular Wiring - 51
With its pluggable gesis® installation system, Wieland Electric METALYNX² - New, compact, safe!
revolutionised the traditional electrical installation industry over 40 years
ago. Apart from installation and maintenance cost savings of up to 30% and www.wielandmetalynx.co.uk
installation time reductions of up to 70%, the numerous benefits also include
flexibility and reusability of the components. Metalynx²
The gesis® electrical installation system consists of 2 to 6-pole, coded plug
connectors, ribbon and round cables as well as a large number of gesis® Flex Room Automation gesis® RC
distributors, couplings, in-feed adapters, device terminals as well as
electronic components and assemblies for building automation. gesis® IP+ gesis® NRG Flat Cable
All components are industrially prefabricated and tested. They are designed
for mains power supply, extra-low voltage, BUS systems or signal voltage.
Customers can choose between the standard gesis® CON system and the
gesis® MINI and gesis® MICRO systems for small installation spaces and
LED applications.
Electrical Installation System
Metalynx² is the new 6-pole circular structured wiring system by Wieland
Electric. It is designed to fulfil the needs for installations in the UK. With a
wide range of codings for different applications it allows simple, fast and
failsafe installations.
Power distribution, lighting control, DALI and KNX installations can be
realised. Metalynx² components can be customised for special projects.
System changes are easily accommodated with minimum downtime. The
concept of structured wiring is increasingly being adopted as the most
efficient approach to power distribution within a building and has become
the fastest, most cost effective and flexible alternative to traditional wiring.
Round connectors allow minimum space requirements and are easily
installed through fire walls, partitioning and beams.
The system is designed to meet IEC 61535:2010 and BS 8488.
Weatherproof Electrical Installation System
gesis® IP+ is suited to installation where the standard electrical installation
is unsuitable due to varied or extreme environmental conditions.
The IP+ range is IP65, 66, 67 and 68 rated and available as a 20, 25 or 50
Amp system.
gesis® IP+ offers incoming supply, distribution, routing and connection to
the device in 2, 3, 4 and 5 pole options.
Intelligent Electrical Installation System
gesis® ELECTRONIC is a range of components that when installed will
provide you with an intelligent building control solution for now and for the
future of the building, whether you use KNX, LON or Ethernet BUS
topologies or radio controlled devices.
This type of installation not only reduces the amount of cables required but
will increase the flexibility of the building for the future.
Flexible Busbar Installation System
A flat cable installation from Wieland provides flexibility, quick and safe
installation as well as time savings of up to 70%. Huge cost savings can be
realised when compared with conventional busbar systems.
Technical Literature
Further information on the Wieland Electrical Installation System,
Metalynx², gesis® IP+ and gesis® ELECTRONIC ranges are available on
request.
Also, please see Wieland Electric’s page in the Technical section for
specification details and relevant IEC standard compliance.
gesis® RST Mini gesis® CON
Wieland Electric Ltd Tel : 01483 456270
Riverside Business Centre Fax : 01483 569783
Walnut Tree Close
Guildford [email protected]
Surrey www.wieland.co.uk
GU1 4UG
www.wielandmetalynx.co.uk
52 - Electrical UFH / Surface Snow Melting
Raychem Underfloor Heating
Innovative Products, Installation Services and Extended Warranty
In modern floor heating design, one product does not fit all. The Raychem
range provides the right solution for all floor types:
• T2Red & Reflecta - Self-regulating heating cable solution with heat
reflector, developed for use under wooden floors
• T2Quicknet - The ultra-thin (3mm) heating mat for under tile heating
• CeraPro - The 3mm heating cable for under tile heating
• T2Blue - The flexible heating cable for in-screed
• Raychem Green Leaf Thermostat - Stylish floor heating control for
increased energy efficiency
Raychem trained “CertifiedPRO” installers are available to
ensure the quality designs and products are correctly installed
and commissioned to the highest standards. CertifiedPRO
installations also benefit from a 20 Year “Total Care” Warranty.
Raychem Surface Snow Melting Systems
Personal Safety In & Around Buildings
Ice and snow on paths, loading bays, driveways, ramps, stairs and other
access ways, can cause accidents, delay, litigation and significant
financial loss to businesses and building owners.
Raychem provides a complete range of ground heating solutions to
prevent snow and ice formation.
Solutions include products for:
• Concrete surfaces
• Installation directly under hot poured asphalt
• Tyre track & pavement heating mats & cables
• Heating cables for installation in sand under block paving
• All solutions are controlled using multi-sensor control devices for
maximum energy efficiency
Control & Monitoring for Surface Snow Melting Systems
Raychem ACS-30 has become the specifier’s preference for surface
snow melting and ramp heating systems due to its modular scalability,
opportunities for load management, energy monitoring, and centralised
user interface terminal. Critical benefits include:
• Electrical current in-rush management with phased switch-on capability
• Multi-sensor (ground temperature, moisture & optional ambient
temperature) inputs with additional sensor capabilities for maximum
surface temperature cut-off
• Heating circuits can be disabled to manage power at peak load times
directly from a centralised user interface terminal (UIT) remote from the
power & control module
Practical Design Services & BIM Families
Raychem Surface Snow Melting Systems can be modelled on the actual
proposed slab profile using the Raychem “Slabheat” software. Ask for
more information about this free service from [email protected]
Revit Users can provide BIM content using the Raychem BIM families
for ramp heating and surface snow melting. The easy-to-use content is
developed for both flat surfaces and stairs. Once installed into the model,
a content data schedule can be produced quickly and easily.
The Raychem surface snow melting BIM families can be found at Autodesk
SEEK and via www.buildingdesign.co.uk/bd-bim/pentair.htm
Using Raychem BIM Families for Surface Snow Melting
Pentair provides training videos for its range of BIM families for surface
snow melting and roof and gutter de-icing. These videos can be found
on YouTube at the Pentair Thermal Management channel or by searching
with “Pentair Revit Electromelt”.
Pentair Thermal Management Tel : 0800 969 013
3 Rutherford Road Fax : 0800 968 624
Stephenson Industrial Estate
Washington www.pentairthermal.co.uk
Tyne & Wear NE37 3HX www.raychemfloorheating.com
[email protected]
Leak Detection - 53
TraceTek
Pentair’s Building Solutions TraceTek brand leak detection technology
provides systems that are simple, reliable and flexible. Our digital control
panel provides you with a pinpoint accurate location of any leaks. No
matter what your liquid leak detection need is, TraceTek leak detectors
are available to suit your application.
Applications
Use TraceTek leak protection in
• Office buildings
• Specialised data facilities
• Internet data centres
• Banking & insurance buildings
• Hospitals
• Museums, libraries & archives
to monitor & protect:
• Overhead piping above operating rooms, intensive care facilities,
executive offices, high value space & other sensitive areas
• Communications equipment
• Computer rooms: under raised floors & around HVAC equipment
• Lift pits & lift motor rooms
• Valuable artwork, data archives & documents
• High value “Up Time” applications
• Transaction processing systems (ATM, credit card, etc)
Products
Sensors
• TT1000 sensor cable for water detection in commercial applications
• TT1000-POINT-PROBE for spot detection of water in commercial
applications
• TT3000 sensor cable for aqueous chemical detection
• TT-FFS Fast Fuel Sensor, detects liquid hydrocarbons, fuels & oils
(not water)
• TT5000 sensor cable for detection of oil, gasoline, diesel, jet fuel &
other fuels
• TT5001 sensor cable for detection of organic solvents such as
acetone, ethanol, MEK & xylene
• TT7000 strong acid leak cables
• Float switches, level switches & other contact closing devices can
also be utilised with TraceTek systems
Alarm Modules
• TTA-SIM single zone, commercial grade wall-mount alarm module
• TTC single zone, industrial grade DIN rail mountable alarm module
• SZA/MZA/multiple zone alarm module
Alarm & Locating Modules
• TTTSIZ touch screen alarm & locating module
• TTDM-128 alarm & locating module with digital communication
capability
• TTSIM sensor interface module with digital communication capability
Please refer to the Technical Section of this Notebook for further details.
TraceTek Leak Detection Systems are available in the UK & Ireland through:
Authorised Distributor: Tel : 01403 216100
Aquilar Ltd Fax : 08707 940320
Weights & Measures House Website : www.aquilar.co.uk
20 Barttelot Road Horsham Website : www.tracetek.com
West Sussex RH12 1DQ Email : [email protected]
54 - Total Fire Solutions FIRETEC SINGLECORE
FIRETEC STANDARD
AEI Cables FIRETEC ENHANCED
FIRETEC FRF2
At AEI Cables, we provide custom-engineered designs for some of the
most demanding projects in the world and we continue to develop the safest FIRETEC IMPACT POWER
and highest quality cables across the board for fire performance needs.
We offer the full range of Fire Performance cables including Mineral FIRETEC POWER
Insulated, the ultimate cable and the only true fire survival cable.
Firetec Singlecore
Firetec Singlecore is designed to be installed in metal conduit. For use
in alarm and emergency lighting circuits for new installations, or upgrading
existing conduit systems to fire performance standards. Elastomeric
insulation gives high mechanical strength, excellent flexibility and
resistance to abrasion.
Firetec Standard
Firetec Standard cable is suitable for fire alarm systems and emergency
lighting circuits. It meets the standard grade of BS 5839 26.2d and Category
1 Control as defined by BS 8519.
Fire Performance
Cable Selection Guide
Mineral Cable MINERAL
Firetec Enhanced
Firetec Standard Firetec Enhanced
Firetec Singlecore
Firetec Power Firetec Enhanced cable is suitable for fire alarm systems and enhanced
Firetec Impact Power emergency lighting circuits. The mica glass tape is applied directly over
Firetec FRF2 the conductor to ensure the best possible enhanced fire performance
from a soft skin cable. It meets the enhanced grade of BS 5839 26.2e
Codes of Practice and Category 1, 2 and 3 Control as defined by BS 8519.
Emergency Lighting BS 5266 Emergency
Lighting Cable
BS 5266 Enhanced
Emergency Lighting Cable
BS 5266 Emergency Firetec FRF2
Lighting Cable System
Firetec FRF2 is extra flexible enhanced fire performance cable suitable for
BS 5266 Enhanced Emergency fire alarms, enhanced emergency lighting circuits and voice alarm systems.
Lighting Cable System
Fire Alarm BS 5839 Standard Grade Firetec Power
BS 5839 Enhanced Grade
Firetec Power cable is a fire resistant armoured cable and is suitable for
Smoke, Heat & Exhaust BS 7346-6 use in fixed installations for power circuits, fire alarm systems and
Ventilation Systems (SHEVS) enhanced emergency lighting circuits. This cable is robust, flexible and
BS 8519 Category 1 Control suitable for use inside and outside buildings. It meets the enhanced grade
Power & Control BS 8519 Category 2 Control of BS 5839 26.2e and Category 1, 2 and 3 Control as defined by BS 8519.
BS 8519 Category 3 Control
BS 8519 Category 1 Power Firetec Impact Power
BS 8519 Category 2 Power Firetec Impact Power cables are similar in construction to armoured
cables but provide additional protection to smaller cable sizes to ensure
General BS 8519 Category 3 Power the best possible mechanical protection from a polymeric cable. Designed
BS 9999 to meet the application of fire, direct impact and water jet as specified in
BS 8491, making them suitable for use as 120 minute rated Category 3
Manufacturing Standards power cables under BS 8519.
BS EN 60702-1
BS 7629
Gen BS 7211 Mineral
BS 7846 AEI Mineral Insulated cable is a small lightweight cable, easy to install
and exceeding the requirements for an enhanced grade cable defined
Fire Resistance Tests by BS 5839 26.2e. It is the ultimate fire performance cable, combining
excellent fire performance with inherent mechanical protection. It
BS 6387 C W & Z guarantees the integrity of data transmission and security of both power
BS EN 50200 PH30 and control circuits during and after fires at temperatures up to 950ºC.
BS EN 50200 PH60 Full Product Range
BS EN 50200 PH120
BS 8434-2 • Fire Protection Cables • Oil & Gas Cables
BS 8519 Annex B
BS 7846 F2 • Screened Wiring Cable (Protec) • Defence Cables
BS 7846 F30, F60, F120
• Industrial Cables • Power Cables
BS 8491 • Mining Cables • Rail Cables
IEC 60331-3
• Specialist Cables
Fire Reaction Tests
Email us now to get your FREE Total Fire Solutions guide including Codes
Low Smoke Zero Halogen BS EN 50267, (IEC 60754) of Practice complete with applications, conformance information and
BS EN 50268, (IEC 61034) requirements for installers in each application.
Flame Propagation BS EN 50265, BS EN 50266 Visit our website for full technical information, data sheets and details of
(IEC 60332) our products and our range of BASEC and LPCB approvals.
AEI Cables Tel : +44 (0) 191 410 3111
Durham Road Fax : +44 (0) 191 410 8312
Birtley
County Durham Email : [email protected]
DH3 2RA Website : www.aeicables.co.uk
Cable Management - 55
Legrand – Cable Management
Swifts Cable Ladder
This comprehensive system of slotted rail cable ladder enables the
coupling of lengths and fittings without the need for drilling with fewer
components and a wealth of innovative time saving installation features,
Swifts cable ladder remains the market leader.
Swifts Cable Tray
The distinctive slot pattern on Swifts cable tray systems provides installers
with total flexibility. Swifts cable tray is a complete system with a range
of accessories that lower the cost of your installation. From an integral
coupler system on all fittings to unique, adjustable bends and risers, as
well as the new Swiftclip and universal bracket.
Swiftclip
The new fast fit alternative to conventional nuts and bolts that seamlessly
connects lengths, fittings and supports, making light work of any installation.
• Four times faster to fit
• Strength tested to British Standards
• Compatible with the existing Swifts cable tray system
• Galvanised options
• Cuts total installed cost
• No tools needed
Cablofil Steel Wire Cable Tray
Cablofil steel wire cable tray is supplied in straight lengths from which
sophisticated installations can be created without the need for additional
fittings. Simply cut and shape lengths to form bends, tees, crosspieces
etc. and secure quickly and easily using a range of ‘slot and tab’ fixings
that do not require nuts and bolts.
Salamandre Distribution Trunking
Salamandre distribution trunking sets the standard for fitting speed. With
its unique pre-fitted coupling system, integrated shake-proof screws and
a clip-on lid, fitting times can be 50% quicker than any alternative – at
least. Together with a smooth safety edge for easier handling, the
extensive Salamandre range is the ideal fit for anyone focused on
reducing installation times.
Section 521.10.1 of BS 7671 : 2008 – Amendment No.1 : 2011 requires
that trunking must comply to IP4X or IPXXD if non-sheathed cables are
being used. Salamandre IP4X offers a range of IP rated fittings and a
simple cover strap which clips over the joint. This ensures regulations
compliance, along with the speed of installation that has proven so
successful with the standard range.
EZ-Path
EZ-Path is an automatic mechanical device that provides fully compliant
fire stopping for power and data cable management pathways.
It’s easy to fit and/or retrofit and does not require a specialist fire
contractor for system maintenance and upgrades. Pre-fitted with the
optimum amount of intumescent material to stop fire and smoke whether
it’s filled with cables or completely empty.
Floor & Perimeter Systems
Legrand’s floor and perimeter systems provide power and data in various
environments from commercial, to public access and industrial
applications. The range includes steel perimeter trunking, cavity floor
boxes, powertrack 63A busbar, Soluflex cavity floor system and a range
of floor trunking systems.
www.legrand3d.co.uk
Legrand’s overhead cable management ranges are integrated into the
following plant design modelling systems:
• Intergraph’s PDS & SmartPlant 3D (including SmartMarine 3D)
• AVEVA’s PDMS & Everything3D (E3D)
• Bentley Systems’ BBES & BRCM
• Autodesk’s Fabrication CADmep
See www.legrand3d.co.uk for more information
Legrand Electric Ltd Tel : +44 (0) 345 605 4333
Great King Street North Fax : +44 (0) 345 605 4334
Birmingham
B19 2LF www.legrand.co.uk
United Kingdom www.legrand3d.co.uk
Email : [email protected]
56 - Leak Detection Systems RGD1301 Gas Sensor Multi-8 Leak Detection Cable
Andel Vertical & Horizontal Point Sensors
Andel Ltd was formed in 1992 and developed the FLOODLINE leak Leak Detection Panels – 1 Zone & 4 Zones
detection system. Andel is a market-leading company offering
environmental services from an initial site survey through equipment Solenoid Control Panel Remote Alarm
selection, system design advice, supply, installation, commissioning and
full service backup for any size of project. Breeameter®
Control Panels Floodline 128 Leak Detection System
• Leak 1 Mk II: OEM DIN mounted for fitting in A/C units, alarm / monitoring
systems, BMS
• Groundhog Mk II: Self-contained single zone controller & sensor
which can be mounted vertically or horizontally
• One Zone: Single zone, low cost, stand-alone control panel which
can accept multiple Floodline sensors
• Multi Zone (4-32 zones): Leak detection alarm panel suitable for small
to medium projects. Includes battery back-up for mains fail
• Floodline 128: Leak detection alarm panel suitable for medium to
large projects. Includes battery back-up for mains fail
As standard, all panels can be connected to any control / BMS that has
the facility to accept volt-free contacts.
Sensors
Water
• Multi-8 cable: Floor voids / drip trays. LSF-0H, 8 cores per length
multiple leak & reset. No earthing problems
• Multi-4 cable: Absorbent, sensitive sensor for critical areas. Reacts
to drips. Suitable for pipe work
• Single zone tape: Absorbent single zone sensor tape
• Point Sensor: Vertically or horizontally mounted reacts to build-up /
flood of water
• Flexi-Pad: Designed for pipe joints or narrow / inaccessible areas
• Pipe-In-Pipe: Leak detection in double contained water tanks & pipe work
• Tundish: Overflow alarm sensor designed for tank overflows & cisterns
Gas
• RGD1301 – All refrigerant gases detected as a stand-alone alarm
system or as part of a Floodline leak detection system. Individual
calibration required per gas. Available as industrial surface mount
ABS enclosure or flush mounting, brushed aluminium plate for
standard 2-gang mains cavity box
Oil
• DP01 – Designed with DURAPIPE for use in double containment
pipe work systems. Optical sensor fitting into interstitial gap
• Oil Sensor: An optical sensor used in oil tank bunds, generator rooms
& trenches. Available in vertical or horizontal configuration, multiple
re-use, wipe clean & return to use
BREEAM
• Breeameter: Incoming mains water monitoring for underground pipe
leaks in accordance* with BREEAM WAT02 / WAT03. Controller plus
2no flow meters
*not affiliated, endorsed or certified by BRE Global Ltd
Accessories
• Solenoid Valve Panels – Dedicated solenoid valve control panels to
turn off water supply if leak detected preventing greater damage
• Auto Dialler – Sends voicemail or SMS message if leak detected.
Good for unmanned or rarely visited sites / areas
• Remote Alarm – Provides a secondary audible & visible warning of
a leak or system fault
• Humidity / Temperature Sensors – Humidity and/or temperature sensors
can be installed as part of a larger water / oil detection system or as a
stand-alone alarm
Andel Ltd Tel : 01484 845 000
New Mills Fax : 01484 845 222
Brougham Road
Huddersfield Email : [email protected]
West Yorkshire HD7 6AZ Website : www.andel.co.uk
Rapid Installation Systems - 57
Unitrunk
The philosophy of the RIS (Rapid Installation Systems)
design process is to bring to the market cable management
ranges that are quick to install, use fewer components than
their conventional counterparts and offer environmental
benefits too (via reduced packaging and shipping when
being delivered from stock to the work-face).
In a market place where efficiency of time is imperative, cable
management systems which are quick and easy to fit can provide a real
commercial advantage to the installer.
UniKlip®
The UniKlip® system for cable tray offers light, medium and heavy duty
profiles in pre-galvanised mild steel to BS EN 10346:2009.
Available in widths from 50mm up to and including 600mm the system
conforms to BS EN 61537:2007 meeting all performance and earth
continuity requirements.
UniKlip® is a unique system that negates the need for time consuming
nuts and bolts enabling it to be installed 3 times faster than traditional
cable tray systems.
To ensure that the full benefits of the system are available to installers,
Unitrunk now supplies tray couplers with the “Klips” attached and with a
full range of accessories and unique product features such as the
adjustable tray extensions, site cutting can be eliminated completely.
Uniklip® therefore provides the ultimate cable tray solution.
Accountability and confidence are important to Unitrunk which is why, to
support the claims of the speed at which Uniklip® can be installed, an
Installation Cost Calculator has been developed
Installation Cost Calculator
Unitrunk are committed to the installer deriving the greatest benefit from
using UniKlip® and has tested and evaluated that UniKlip® is 3 times
faster to install than traditional cable tray systems. By applying this 3x
factor to the rates published in the Luckins Electrical Installation Times,
we can fully substantiate this statement.
In the calculator, the installer inserts the quantities of cable tray from a
project and can see at a glance the time saving that using UniKlip® offers.
Inserting an hourly rate for the labour into the calculator provides this
saving as monetary value.
EasyConnect Basket
Adding further innovation to the RIS range is EasyConnect Basket. The
unique patented design allows more cable basket to be installed with
confidence in a shorter period of time.
There is no requirement for additional components or special tools to join
lengths of basket together and its innovative design reduces the number
of components necessary yet still meets all the earth continuity
requirements of BS EN 61537:2007.
With a full range of accessories and brackets for high level, underfloor
or wall mounting, EasyConnect provides a quality solution to meet your
cable basket needs.
A further benefit of the EasyConnect system comes with the 50mm wide
product which is manufactured with two wires on the base to allow for
fixing directly to channel support systems.
EasyConnect is manufactured in 3000mm lengths, which makes it ideal
for use on building service modules as it eliminates the problem of “creep”
which is common to other basket systems.
Available as standard in 30mm, 60mm and 100mm depths and widths
from 50mm to 600mm (other sizes are available on request).
Finishes available are:
• Electro-zinc ISO 4520:1981
• Hot Dipped Galvanised ISO 1461
• Stainless Steel 3041 & 3161 (Marine Grade)
Powder coating and epoxy coating are also available on request.
RIS products, supported by training and cost estimating tools, provide a
formidable and unique cable management solution from Unitrunk.
Unitrunk Tel : 02892 625100
Blaris Industrial Estate Fax : 02892 625101
Altona Road
Lisburn Email : [email protected]
County Antrim BT27 5QB Website : www.unitrunk.co.uk
58 - Fire Performance & Power Cables 1 Fifty Cheapside, London (Photo courtesy of Virtual Artworks)
Pyrotenax
Pyrotenax (Pyro) Wire & Cable Systems provide an unparalleled standard
in performance cables for fire survival, communications and power
applications – Fact!
The product portfolio comprises the Pyro MI (Mineral Insulated) cables
for critical building systems including fire alarms, emergency lighting and
other vital power applications.
Pyro MI cable systems achieve the highest standards in fire safety and
exceed the requirements of “Approved Document B” of the Building
Regulations (Effective April 2007).
Fire Survival in Fire Alarm Applications
(BS 5839)
Pyro MI cables are the only true fire survival option. During a fire, even
BS 5839 approved polymeric alternatives burn, significantly reducing their
structural integrity, mechanical strength, and resistance to mechanical
impact from falling debris. Pyro MI cables do not, making them the safest
choice in every application, regardless of approvals.
Pyro MI cables hold BS 5839-1 approval from the LPCB and are listed
on www.redbooklive.com
Remember – not all manufacturers have this quality listing.
Critical Power Applications
(BS 7346-6:2005, replacing BS 6387)
Pyro MI cables continue to provide the ideal solution for supplying power
to critical systems.
Consider BS 7346-6:2005 Components for Smoke and Heat Control
Systems – Specifications for Cable Systems; MI is the only cost effective,
performance cable for life safety, fire-fighting and property protection
systems.
Significantly, many polymeric power cables (previously compliant with BS
6387) do not reach the minimum performance requirements of BS 7346.
Those that do are large, heavy, cumbersome, and expensive to install.
Smaller, lightweight MI cables are the only solution and do not react to,
or contribute to, a fire (important in the impending Euro classification of
cables within the Construction Products Directive (CPD).
With the introduction of the Regulatory Reform (Fire Safety) Order, Pyro
MI cables offer a reduced risk option when compared with all electrical
“standard” compliant alternatives.
Pyro MI = Peace of MInd.
Other benefits of Pyro MI:
• Bare cables are 100% recyclable (copper is completely re-usable)
• Product is non-ageing, offering the longest life expectancy
• High temperature resistance, without reducing life expectancy
• Useful in mitigating “harmonic” loads from a buildings electrical products
• High current carrying capacity
Pyrotenax Track History
• T5 Heathrow Airport
• Channel Tunnel
• Dubai International Airport
• 1 Fifty Cheapside, London (pictured)
• Dublin Airport, Ireland
• Louise T Blouin Institute (Art Gallery), Olaf Street, London
• Centrale Shopping Centre, Croydon
• 1 Finsbury Circus, London
Pentair Thermal Management Tel : 0808 178 1858
3 Rutherford Road Fax : 0808 178 1859
Stephenson Industrial Estate
Washington Email : [email protected]
Tyne & Wear NE37 3HX Website : www.pentairthermal.co.uk
Siemens Fire Products Fire Safety & Security - 59
Cerberus PRO - True Open Protocol • Test fires in the lab • Deception tests in the lab
Without False Alarms and in systems and in systems
Cerberus PRO provides innovative fire safety and emergency evacuation • Standard test fires • Smoke, exhaust gases,
systems, delivered through our Solution Partners. We are known as a (TF1…TF6) welding, steam, dust,
market leader in fire protection, and were the first manufacturer to offer electromagnetic
automatic smoke detectors. Our products are backed by over 160 years • Real fires interference, fibres
experience and know-how, ensuring the most reliable detection of real Laboratory experience
fires and with the highest immunity to false alarms. Field experience
Alarm
Cerberus PRO is available exclusively from our Approved Solution No Alarm
Partners. Companies who have gained “Solution Partner” status are fully
trained in the application, engineering and commissioning of the Cerberus
Pro fire detection system, E100 Voice Alarm and MM8000 Danger
Management Systems.
True Open Protocol
Cerberus PRO offers its clients True Open Protocol allowing easy
connection and integration of the system with 3rd party systems using
industry standard communications protocols via BACnet, OPC and ModBus.
Cerberus PRO also offers the end client a choice of service providers
from our partners that have invested in training on the product and its
unique advantages, therefore enabling the end customer to make an
informed decision about the competence of the individuals and
organisations employed to look after their life safety system.
ASAtechnology™ –
Virtually Eliminate False Alarms
Cerberus PRO virtually eliminates false alarms yet offers the earliest
reliable smoke detection with ASAtechnology™ (Advanced Signal
Analysis). It is able to distinguish between real fires and deceptive
phenomena (e.g. cigarette smoke, steam, aerosols, exhaust fumes, dry
ice, dust even burnt toast) providing reliable, fast detection and
ensuring no possibility of false alarms.
Cerberus Remote
• Servicing the system from anywhere
• Faster reaction to fault conditions
• Increased efficiencies
• Audit trails
• Reduction of CO & carbon footprint
Smart & Safe Fire Safety Systems
• Fire detectors also increase safety thanks to their distributed
intelligence: important decisions are made on the spot in the detector
• Remote servicing & diagnostics built into every panel
• Turbo isolation in every device, ensuring disruption free alarming
when you need it most
• Full CPR approvals for all EN54 product standards including EN54-13
• Degrade mode functionality is integrated throughout the system
• Only EN54 compliant IP based network
• Full compliance with BS7273 Part 4 Category A
Industry Seminars & Training
To further support our customers, Siemens holds regular training courses
at The Fire Service College at Moreton-in-Marsh.
Delegates can view live fire demonstrations and gain greater
understanding of fire safety and risk assessment and the impact of the
RRFSO and CFOA policies on reducing false alarms.
We are also able to offer our clients BS5839 courses accredited by the
IFE to ensure that your personnel are up to date with the latest standards.
Siemens Building Technologies Tel : 01276 690207
Fire Safety Products - Cerberus PRO
Brunel House
Sir William Siemens Square
Frimley Surrey Website : siemens.co.uk/cerberus
GU16 8QD Email : [email protected]
60 - Fire Detection & Alarm Systems
Gent by Honeywell
Gent by Honeywell is synonymous with quality and innovation in the fire
detection and alarm industry. Through our broad education programme
and our approved system integrators, we are committed to delivering safe
environments and peace of mind.
Gent’s philosophy is to work in close partnership with its Approved System
Integrators, to support the fire system through every stage of a building’s
evolution.
Vigilon
The Vigilon System is the most comprehensive life safety system
available in the market today. The combination of the powerful software
in the control panel and the intelligent loop powered devices delivers a
flexible, easy to use system for all types of buildings.
The Vigilon System offers a complete range of control panels that can
be installed as standalone panels from 1 to 6 loops or as part of
multi-panel networks. It’s a system that can meet the needs of a building
today and in the future.
The Vigilon System from Gent:
• Is suitable for all building types & sizes
• Responds quickly to real fires whilst minimising the risk of false alarms
• Is cost effective to install & provides peace of mind
• Is flexible & simple to use
S-Quad
Our LPCB approved S-Quad sensor range for Vigilon is the most
innovative solution to the detection and signalling of fires available on the
market today. This advanced sensing technology is coupled with an
integral sounder with speech capability and EN54-23 certified visual
alarms in the same device.
Offering the most advanced solution for the early detection and signalling
of fires, S-Quad is a ground breaker in fire sensing expertise.
Disabled Refuge Systems
Gent by Honeywell now offers Disabled Refuge Systems which are
designed to be fully compliant with BS 5839 Part 9. Our range can be
used as an emergency telephone system, disabled refuge call system or
as a combined system along with toilet assist alarms when both fire
telephones and disabled refuge points are required.
Aspirating Technology
FAAST Aspirating Smoke Detection Systems can detect fires at a very
early stage, often before visible smouldering takes place, before an open
fire occurs and before intense smoke develops.
Paging Systems
The Response Paging System offers the latest innovations in wireless paging
and monitoring. It is a cost effective and flexible paging system that offers
the ability to quickly respond to activated alarms. The solution consists of a
wall mounted transmitter and antennae that can send customised messages
to designated pagers and are powerful enough to cover large areas.
Voice Alarm Systems
Our complete range of Voice Alarm Systems are integrated with the
Vigilon System to suit a wide range of sites and applications. Voice Alarm
is increasingly important in the safe management of buildings in an
emergency.
Gent Approved System Integrators
Gent by Honeywell’s Open Protocol approach means providing
customers with competitive choice as to where they purchase and who
they select to install, commission and maintain their system.
Gent is as open as any other fire company, as we offer customers all of this
through our Gent 24 Approved Network of over 90 System Integrators who
have been fully trained and approved to use the Gent commissioning tools.
Visit the website for your local Approved System Integrator
Gent by Honeywell Tel : +44 (0) 116 246 2042
140 Waterside Road Fax : +44 (0) 116 246 2300
Hamilton Industrial Park Literature Helpline : +44 (0) 870 240 1434
Leicester Website : www.gent.co.uk
LE5 1TN Email : [email protected]
Security Solutions - 61
Honeywell Security Group
Honeywell Security Group is a leading global supplier of electronic
security products and solutions helping to keep people, possessions,
assets and intellectual property safe and secure.
We focus on delivering innovative security products and value added
solutions to suit customer needs, now and into the future.
Our innovative product ranges cover intrusion detection, video
surveillance, access control, electronic visitor management and
integrated security solutions.
Access Control
Our access control visitor management and time and attendance systems
provide you with the technology you need to deliver simple or
sophisticated security solutions, from single or multi door systems up to
enterprise-wise, networked systems containing thousands of entry points.
Video Surveillance
We deliver the technology you need for projects requiring video over IP
and analogue video for CCTV systems with all the required components,
including cameras, lenses, domes, keyboards, DVRs / NVRs, analytics
and video management systems.
Intruder Detection
Our intrusion product range protects residential and commercial
properties no matter how complex. As industry pioneers, Honeywell has
developed many groundbreaking advances shaping today’s residential
and commercial security systems.
Our systems are easy to install and use, we developed the industry’s
most reliable supervised wireless products and the most flexible hybrid
control panels on the market.
We are also at the forefront of advancements in long range radio, Internet
alarm communications and sensor technology.
Integration with Business Systems
Our solutions are developed according to the concept of ‘integration by
design’. By this we mean that integration is not an afterthought and
products are not simply ‘connected’.
Instead, from the very beginning of the development process, we listen
to our customers, and ensure that our world class security products are
designed from the ground up to function seamlessly as an integrated
security management system.
Our security management solutions can also be customised to the needs
of any facility, no matter how complex.
Whether the solution encompasses logical access control, visitor or car
park management, our offering is extensive.
Honeywell Specifier Programme
We value our specifiers and want to provide you with the highest level of
support possible, using our strengths as a recognised leader in integrated
security solutions.
We can help you to deliver the most cost-effective, value-added solutions
to your customers on time, every time.
Visit www.honeywellspecifier.com/uk today
Honeywell Security Group Tel : 08448 000 235
Aston Fields Road Fax : 01928 754 050
Whitehouse Industrial Estate
Runcorn
Cheshire Email : [email protected]
WA7 3DL Website : www.honeywell.com/security/uk
62 - Security Systems
Eaton
With unparalleled knowledge across industries, experts at Eaton deliver
customised, integrated solutions to solve our customers’ most critical
challenges. Our focus is on delivering the right solution for the project.
Our expertise lies in our understanding, influence and development of life
safety code requirements, coupled with strong product lines and channels
supported by core technologies. Our products monitor and detect the risk
to people and property and enable both event communication and
emergency signalling, providing the protection your business and people
depend upon.
Eaton’s security Scantrionic and Menvier systems offer a diverse product
portfolio developed by a team of experts, whose knowledge and experience
is unrivalled in the industry.
Technology You Can Rely On
Eaton’s security systems include a range of multi-zone hardwired, radio
and hybrid control panels, digital and voice communicators, detectors
and access control. Providing a solution for every scenario from small
residential through to large commercial installations.
Residential System Examples:
• i-on16 zone – a Grade 2 16 zone radio solution
• i-on40 zone – a Grade 2 40 zone hybrid solution
• Menvier30 zone – a Grade 2 30 zone expandable solution
Commercial System Examples:
• i-on50exd – a Grade 2/3 50 zone expandable solution
• Menvier100 – a Grade 2/3 100 zone expandable solution
• i-on1000ex – a Grade 2/3 1000 zone, 10 network expandable solution
At a Glance
• Independent testing & certification to PD6662:2010
• The ability to accommodate up to 1000 devices
• Push button addressing
• Remote security monitoring
• Uses standard cable with a high tolerance for daisy chain or star
configurations
• Up to 70% less energy consumption than other systems
• Future developments include integration with advanced building
control systems to add security & enhanced energy management
Setting the Standard
In-house and third party testing ensures all products conform to
EN50131, PD6662:2010 and BS8243:2010+A1:2014 as well as operating
to ISO 9001 quality and IS0 14001 environmental standards.
Built to Last
Quality, reliability and resilience are designed into our products from the
outset. We positively engage with our customers to fully understand their
specific requirements and develop solutions that meet real life needs.
Prototypes are tested with installers, architects and end users and
comments are fed back to help refine designs.
Eaton Tel : +44 (0)159 454 5454
Security House Fax : +44 (0)159 454 5455
Vantage Point Business Village Email : [email protected]
Mitcheldean Website : www.touchpoint-online.com
Gloucs GL17 0SZ @securitytp
Overvoltage / Surge Protection - 63
PD Devices Single Phase T1SP Type I Class I
We are a leader in the design and manufacture of a wide range of Three Phase
products and custom-designed solutions to protect against damage from
lightning and transient over-voltages. T1SP3-12.5-50-230R
With over 50 years of experience as a UK manufacturer of surge arrester
elements, our product range has continuously expanded and we now T1SP1-12.5-25-230R
supply surge protection components, arresters and modules for
applications in numerous markets including Rail and Tram Transport, T1SP3-25-100-230R
Buildings and Construction, Office and Home Protection, Telecom and
Data Networks, Defence and Security. T1SP1-25-25-230R
We believe that we are unique because we:
DSP Series Type II Class II
• Are the only UK MOV manufacturer & one of a very few in Europe
Three Phase
• Have our own UK based research & test laboratory
Single Phase
• Have our own design & manufacturing capabilities
DSP3N
• Offer customised product design & manufacture at standard product prices
DSP3
• Respond speedily & positively to customer needs
DSP1 DSP1A DSP1N
A diverse, worldwide customer platform, supported by local Sales and
Distribution organisation has been vital in the development of our global DSP3L
supply capability.
We ensure that all our product designs, test and manufacturing processes SPM Series Type II Class II
and facilities comply with all relevant International Standards and
Qualification Procedures: SPM-40-230 SPM-NE-40-230
• All our products are RoHS Compliant & we are WEEE registered A1SPM-40-230N A1SPM-40-230NR
• Our design, manufacturing & Quality Assurance systems meet ISO 9001:2008 A3SPM-40-230 A3SPM-40-230N A3SPM-40-230NR
• We supply products to meet National & International Standards & T3SP1/1.5/3.0/230S Type III Class III
Recognitions including UL, CEE, BS, IEC
T3SP1/1.5/3.0/230S
T1SP Type I Class I
SPLB1/13 Type III Class III
Designed for use on the boundary between LPZ 0 and 1, the T1SP range
of surge arrestors are a Class I & II protective device available in both SPLB1/13 (SPUR PROTECTOR)
single phase and three phase configurations. For use on installations
such as commercial/industrial premises, schools, hospitals and anywhere
else where there is a perceived risk from lightning strikes and transient
voltages (10/350µs).
DSP Series Type II Class II
The DSP Series surge arrestors are a robust Class II arrestor (8/20µs)
available in single and three phase configurations. The units feature a
two stage arrestor that gives your system double the protection of normal
“plug in” surge arrestors. This allows identification of the possible lack of
protection to be caught early and preparations made for the replacement
unit to be installed (all while the system is still protected). Suited to all
commercial/industrials projects as well as schools, hospitals, etc.
SPM Series Type Il Class Il
Featuring a plugable surge protection module, the SPM Series of
arrestors are ideally suited for most commercial/industrial applications.
The plugable aspect allows the replacement of the modules without
having to disconnect cabling. The units are rated at Class II protection
levels (8/20µs) and can be configured in various formats to cater for most
earthing systems (TNS/TNC). With a din rail mount and each module
being DIN width, placement of arrestors in consumer units and Type B
distribution boards is easily achieved.
T3SP1/1.5/3.0/230S Type IlI Class IlI
A Class III surge arrestor that is a flexible solution to protecting individual
pieces of equipment. Perfectly suited to protecting ring mains and
individual sockets, switch fuse spurs, lighting, fire alarm panels, CCTV
cameras, etc. Its small size means that it can be mounted in confined
spaces and the audible alarm will indicate if the arrestor needs to be
replaced. The T3SP1/1.5/3.0/230S will offer 10m of protection either side
of the device it is installed on.
SPLB1/13 Type IlI Class IlI
The ‘Spur Protector’ SPLB1/13 provides an economic means of
preventing damage to sensitive electronic equipment on individual ring
mains from the dangers of transients, which can occur as the result of a
nearby lightning strike or surges derived from the switching of inductive
or capacitive loads.
PD Devices Ltd Tel : +44 (0) 1364 649248
Unit 1 Old Station Yard Fax : +44 (0) 1364 649250
South Brent
Devon Email : [email protected]
TQ10 9AL Website : www.pddevices.co.uk
64 - Lightning & Transient Protection
Furse Total Solutions Service
Total Solution to Lightning Protection, Earthing & Design & Support Services FurseWELD
Transient Overvoltage Protection Requirements
Surge Protection Earthing
From design advice to innovative, solution-oriented products, Furse has
the expertise, experience and excellence to provide a Total Solution to your Electronic Systems Protection
individual lightning protection, transient overvoltage and earthing problems.
BS 6651 had an informative annex C giving the reader recommendations
Lightning Protection Standards on the implementation of Surge Protection Devices (SPDs). BS EN 62305
now has transient overvoltage protection as an integral part of the
BS EN 62305 replaced BS 6651 in 2008, and, following on from the IEC standard (BS EN 62305-4), governed by the single risk assessment of
(World) and CENELEC (European) versions of IEC/EN 62305, is the BS EN 62305-2. Where required by BS EN 62305, SPDs shall be selected
recognized standard for lightning protection. and installed in accordance with the IET Wiring Regulations (BS
7671:2008 +A1:2011, Section 534).
BS EN 62305 is a four part standard consisting of General principles;
Risk management; Physical damage to structures and life hazard; and Even with the best available structural lightning protection, the electrical
Electrical and electronic systems within structures. Additionally, it and electronic contents of a building are at risk from the secondary effects
includes the requirements of the BS EN 62561 series of standards, which of lightning – transient overvoltages. Lightning activity can create
is the ratified European standard relating to the capabilities of lightning sub-millisecond transient overvoltages of up to 6,000 V on power, data,
protection components. signal and telephone lines. Transients destroy, damage or degrade the
electronic components of the equipment through which they pass on their
BS EN 62305 Part 1 is an introduction to the other parts of the standard route to earth. Transients can also occur on mains power supplies within
and essentially describes how to design a Lightning Protection System the building through electrical switching events. Any piece of equipment
(LPS) in accordance with the accompanying parts of the standard. incorporating electronic components is at risk: from computers and PBX
to fire alarms and even Uninterruptible Power Supplies.
BS EN 62305 Part 2 risk management is a very detailed approach to the
risk of lightning inflicted damage to structures, their contents (electronic To prevent transient damage, SPDs should be fitted on all metallic power,
equipment) and living beings. It identifies different risk components that data communication, signal and telephone lines where they enter or leave
collectively are compared to a tolerable risk. It is a very long-winded a building. The Furse ESP range includes SPDs for most applications,
process when carrying out the assessment long hand. A computer including mains power, data or signal lines, telephone lines, CCTV / CATV
program is commercially available from Furse to considerably reduce the video cables, coaxial RF lines and Ethernet networks.
time to implement the risk procedure.
Technical Assistance
BS EN 62305 Part 3 relates directly to the major part of BS 6651. It differs
from BS 6651 in as much that it has four classes or protection levels of Detailed technical guidance is available from Furse engineers in
Lightning Protection System (LPS), as opposed to the basic two (ordinary Nottingham, and our field-based engineers can provide site surveys and
and high-risk) levels in BS 6651. protection proposals.
BS EN 62305 Part 4 covers the protection of electrical and electronic
systems housed within structures. This part essentially embodies what
annex C in BS 6651 detailed, but with a new zonal approach referred to as
Lightning Protection Zones (LPZ). It provides information for the design,
installation, maintenance and testing of a Lightning Electromagnetic Impulse
(LEMP) protection system for electrical / electronic systems within a structure.
To assist with customer concerns, we offer a design and advisory service
for lightning protection to IEC/BS EN 62305.
Structural Lightning Protection
It is vital that buildings are designed and equipped with a lightning
protection system that will ensure the safety of the structure, and its
occupants. Given the importance of bonding and proper connection of
the components of the Lightning Protection System (LPS), just one faulty
or poor quality component can lead to costly damage, even fatalities.
Furse lightning protection products are designed and manufactured to
the highest standards. Primary in our range are our conductors – in flat
tape, solid circular and stranded format, copper and aluminium, many of
which can be PVC coated for greater aesthetic appeal.
Furse also offer a large range of air terminals, fittings, bonds, clamps and
lightning current / equipotential bonding Surge Protection Devices (SPDs).
In accordance with BS EN 62305, these SPDs are required where direct
connection with bonding conductors is not suitable – for example metallic
power and telecommunication lines.
Effective Earthing
The dangers posed to both life and equipment by poor earthing make
effective earthing essential. Given the complexity of national and
international standards in earthing system design, material specification
and installation, it makes sense to talk to Furse.
Furse design and model earthing electrode systems in compliance with
BS 7430, IEEE standard 80, BS EN 50522, ENA TS 41-24 and other
accepted standards. The comprehensive Furse range of earthing
equipment includes: solid copper, stainless steel and copperbond earth
rods and accessories; high copper alloy bonds and clamps; earth pits,
solid copper plates, lattice mats, earth rod seals and the FurseWELD
exothermic welding system.
ABB Furse Tel : +44 (0) 115 964 3700
Wilford Road Fax : +44 (0) 115 986 0071
Nottingham E-Mail : [email protected]
NG2 1EB Website : www.furse.com
Technical Data Index - 65
Design Criteria & Guidance on Specificational Items Page
LV Switchgear MNS Technical Data ........................................ ABB Low Voltage Systems ............................................. 67
Power Management & G59 ...................................................... Advanced Diesel Engineering ........................................ 68
Acoustic Enclosures .................................................................. Advanced Diesel Engineering ........................................ 69
Roto-Active Breaking (Using Compact NSX) ........................... Schneider Electric LV/MV ............................................... 70
Power Factor Correction ........................................................... Power Capacitors ........................................................ 71
Green T.HE High Efficiency Transformers................................. Legrand Electric .............................................................. 72
UPS - HITEC DRUPS Design Guide .................................... HITEC Power Protection ................................................. 73
No-Break KS® Mechanical / Electrical Features ........................ EURO-DIESEL (UK) ........................................................ 74
No-Break KS® Mechanical / Electrical Features ........................ EURO-DIESEL (UK) ........................................................ 75
Uninterruptible Power Supplies ................................................. GE Industrial Solutions . .. . 76
UPS Application Design Guidance .......................................... PILLER UK ...................................................................... 77
UPS Application Design Guidance .......................................... PILLER UK ...................................................................... 78
UPS Application Design Guidance .......................................... PILLER UK ...................................................................... 79
Dynamic Diesel UPS - Technical Data .................................... Hitzinger UK .................................................................... 80
E-TEC Turnkey Data Centre Solutions .................................... E-TEC Power Management ............................................ 81
Metering & Power Monitoring Software ................................... Schneider Electric Metering . .. 82
Naturally Ventilated LV Switchgear / Case Study ....................... Prism Power . .. .. 83
Static UPS & Transfer Systems ............................................ SOCOMEC .................................................................. 84
Static UPS - An Overview & Application Design Guidance Emerson Network Power ................................................ 85
Broadcrown 50Hz Diesel Generators Technical Data ............... Broadcrown ..................................................................... 86
Broadcrown 50Hz Diesel Generators Technical Data ............... Broadcrown ..................................................................... 87
Cummins Power Generation - Diesel Generators ...................... Cummins Power Generation ........................................... 88
Cummins Power Generation - Generator Systems .................... Cummins Power Generation ........................................... 89
Diesel Generator Size Selection .............................................. Bells Control Equipment . . 90
Havells Metering & Surge Protection ......................................... Havells UK ....................................................................... 91
The Generator Company - Model Specifications ....... . ......... The Generator Company . ............................. 92
The Generator Company - Completed Projects / Case Studies .. The Generator Company . ............................. 93
Yellow Power - Product Specifications ...................................... Yellow Power ................................................................... 94
The 2006 Measuring Instruments Directive (MID) .................. SHM Metering ................................................... 95
Energy Management ................................................................ Carlo Gavazzi UK ............................................................ 96
Power Factor Correction & Active Harmonic Filters ................... ABB Power Quality .......................................................... 97
Betobar-r / Technical Specification .................................... Eta-com UK .. 98
LV MCCB Switch / Panel / Distribution Boards ....................... GE Industrial Solutions .. . 99
Power Factor Correction - How to Select .................................... Eaton Electric Power ....................................................... 100
Eaton Uninterruptible Power Supplies (UPS) ............................ Eaton Electric UPS .................................................. 101
Cable Management ................................................................... Marshall Tufflex .............................................. .......... 102
Unistrut - Technical Solutions ..................................................... Unistrut (UK) .................................................................... 103
Polestar Characteristics/Wiring Accessories Standards & Finishes .. Crabtree / Electrium ........................................................ 104
LV / MV Distribution Products/Forms of Separation & Application .. Crabtree / Electrium ........................................................ 105
Underfloor Track / Floor Boxes / Floor Grommets .................. Electropatent International ............................................... 106
Emergency Lighting Design Guide ............................................ Eaton - Cooper Lighting & Safety ................................ 107
Flexible Conduits ...................................................................... PMA Flexible Conduits .... . ........................ 108
ABB Wire & Cable Management Systems ............................... ABB (Wire & Cable Management) ........................ . 109
Emergency Lighting ............................................................... ABB Emergi-Lite Safety Systems ............. . .............. 110
DALI Applications & LCM Connections ................................... Lighting Controls Ltd ........................................................ 111
Simmtronic - Completed Projects / Case Studies ................ Simmtronic .......................................... ......................... 112
Structured Wiring Specification / BS 8488 / BS 61535 ................ Wieland Electric ............................................................... 113
Underfloor Heating & Ramp Heating - Product Selection .......... Pentair Thermal Management / Raychem ..................... 114
Leak Detection / Design Guide ................................................ Pentair TraceTek / Aquilar ............................................... 115
AEI Cables Technical Data for Total Fire Solutions ................... AEI Cables ....................................................................... 116
Salamandre IP4X Distribution Trunking ................................... Legrand Electric . . .......................................... 117
Leak Detection - System Design Guide .................................... Andel ............................................................................... 118
Cable Management Systems - Technical Issues & Standards ... Unitrunk ........................................................................... 119
Specialist Cable Systems - Technical Specifications .............. Pentair Thermal Management / Pyrotenax .................... 120
Fire Alarm & Extinguishing Systems ........................................ Siemens Building Technologies ...................................... 121
Fire Sensor Application Guide & System Design .................... Gent by Honeywell .......................................................... 122
Factors when Selecting Video Surveillance Cameras ............ Honeywell Security Group ........................................... 123
Power Surge Protection & Regulations ................................ PD Devices ...................................................................... 124
Lightning & Transient Overvoltage Protection ............ . .. . ABB Furse ........................................................ ............ 125
Useful Electrical Formulae ..................................................................................................................................................... 126
Metric Conversions / Conversion Formulae ......................................................................................................................... 127
Project Team Details . 128-129
Addresses & Telephone Numbers ....................................................................... . ....................... 130-131
66 - Acknowledgements & Useful Addresses
Technical Data : Design Criteria : Checklists : Specification Guidelines
Compilation Useful Addresses
The information contained in the following sections has been compiled Association for Consultancy & Engineering
to assist Electrical Engineers, Technicians, Project Managers and Alliance House 12 Caxton Street London SW1H 0QL
Specifiers in the United Kingdom at all stages of design. Tel : 020 7222 6557
It is not intended to provide a comprehensive design manual, but to assist Fax : 020 7990 9202
experienced Engineers and Specifiers by providing recognised data in
an accessible format. www.acenet.co.uk
Data has been obtained from many sources based upon advice from
active Electrical Engineers within the industry, which has been added to Building Research Establishment Ltd T/A BRE
by selected Manufacturers. Bucknalls Lane Garston Watford Herts WD25 9XX
Tel : 01923 664000
Applications Fax : 01923 664010
The main purposes of Rules of Thumb are in: www.bre.co.uk
Simple repetitive designs British Safety Council
Design parameters and costs can often be provided by simple rules rather 70 Chancellors Road London W6 9RS
than detailed estimating. Tel : 020 8741 1231
Fax : 020 8741 4555
Preliminary assessments
Producing guideline parameters for alternative options at project www.britsafe.org
conception stage.
BSI Standards
Outline design
Deriving approximate dimensions and size implications at the sketch plan 389 Chiswick High Road Chiswick London W4 4AL
stage of a project. Tel : 0845 086 9001
Fax : 020 8996 7001
Final design
To check that the final design parameters are of the right order. This is www.bsigroup.com
to avoid major errors passing unnoticed in detailed computations.
BSRIA Ltd
Handing on experience Old Bracknell Lane West Bracknell Berkshire RG12 7AH
To assist junior engineers to develop a feel for Common Sense Parameters. Tel : 01344 465600
Fax : 01344 465626
Software error traps
To question the calculated results obtained from a computer programme if www.bsria.co.uk
it appears to be unreasonable in the light of known parameters. This could
be due to an error in the software or, more likely, an error in inputting data. Chartered Institution of Building Services Engineers
Rules of thumb built into software as common-sense checks are known as 222 Balham High Road London SW12 9BS
Heuristics. They perform a checking function and send a warning message Tel : 020 8675 5211
to the operator, if detailed calculations provide a “nonsense” answer. Fax : 020 8675 5449
Acknowledgements www.cibse.org
The publishers acknowledge with thanks the contributors to the technical Design Council
sections and the permission granted for including the extracts during its Angel Building 407 St John Street London EC1V 4AB
compilation: Tel : 020 7420 5200
Fax : 020 7420 5300
Chartered Institute Of Building Services Engineers
British Standards Institution www.designcouncil.org.uk
Building Services Research & Information Association
Building Research Establishment Electrical Contractors’ Association
Selected Manufacturers contained in colour product section ESCA House 34 Palace Court London W2 4HY
Tel : 020 7313 4800
Liability Fax : 020 7221 7344
BuildingDesign Media have made every effort to ensure accuracy of www.eca.co.uk
information, collated from a number of sources, however cannot accept
any liability for: Health & Safety Executive
i) Errors and omissions. Rose Court 2 Southwark Bridge London SE1 9HS
ii) Any loss or damage arising from their use. Tel : 020 7556 2100
iii) Responsibility that the data listed conforms to legal, statutory or Fax : 020 7556 2201
regulatory requirements. www.hse.gov.uk
The Institution of Engineering & Technology
Michael Faraday House Six Hills Way Stevenage Herts
SG1 2AY
Tel : 01438 313 311
Fax : 01438 765 526
www.theiet.org
The Lighting Industry Association
Stafford Park 7 Telford Shropshire TF3 3BQ
Tel : 01952 290905
Fax : 01952 290906
www.thelia.org.uk
NICEIC
Warwick House Houghton Hall Park Houghton Regis
Dunstable Bedfordshire LU5 5ZX
Tel : 0870 013 0382
Fax : 01582 539 090
www.niceic.com
The Organisations listed above are for general information and
do not endorse, support or sponsor this publication in any form.
LV Switchgear MNS Technical Data - 67
MNS Platform Operational Safety & Availability
ABB is the worldwide leader in the production of low voltage switchgears The MNS low voltage switchgear system has been subjected to extensive
with more than 1.5 million cubicles of the MNS system installed since the type tests in compliance with global standards. In order to ensure the
introduction to the market of this technology in 1973. Due to strong highest possible degree of safety, ABB continues to conduct tests as part
application of the modularity concept either for the mechanical or of a continuous development program. These tests are based on the
electrical development, together with the use of unified components, it most critical applications of the entire product or performance range. The
was possible to realise flexible and compact solutions at the same time. results of these tests are applicable to the various low voltage switchgear
Over the years the MNS system has become a reference for this industrial and control gear assemblies in accordance with IEC 61439-1 & 2; DIN
market with regard to safety, reliability and overall quality. EN 60439-1 (VDE 0660 Part 500). In addition to these specifications,
ABB’s comprehensive know-how of the design and construction of low ABB adopted as a standard IEC 61641 for testing under conditions of
voltage systems comes from its experiences in both local and global arcing due to an internal fault. There are five criteria observed for the test
markets. This extraordinary knowledge, together with an extended and in line with its ‘Safety Plus’ statement, ABB ensures that all five are
network for support and assistance all around the world, makes the MNS met. In addition to these criteria, ABB also meets the additional plant
Platform the best choice. protection criteria as detailed in VDE 0660 Part 500.
The main characteristics of the MNS platform are flexibility, together with
the high technology content; due to this mix it is possible to satisfy the Operating Procedures
majority of all customer requests. Optimisation of the configurations is
achieved using ABB’s advanced ACB and MCCB breakers with either The company’s operating systems and procedures are fully certified to
fixed or withdrawable modules. Cables or bus duct entry can be from ISO 9001 requirements, the stringent environmental standards of ISO
either the top or the bottom. 14001 and to OHSAS 18001 Health & Safety requirements.
Safety is one of the key points for the development of the MNS Platform
– indeed all MNS systems can be supplied in “Arc Proof Version” up to After Sales, Service & Maintenance
100kA along with Seismic testing making the ABB MNS System suitable
for installation in critical, harsh and extreme conditions. Routine servicing and maintenance of LV installations by the company’s
highly qualified engineers will ensure that equipment remains safe to
operate – and will minimise the risk of unexpected breakdown and
interruption of supply. Cost-effective packages, which are carefully tailored
to clients’ individual needs, can cover an extensive range of requirements.
Standards & Testing IEC61439-1/-2, CEI 614391
Standards ABB SACE, ACAE LOVAG, SINAL, Cesi and Ismes
Verification by testing * ASTA: Great Britain (resistant to accidental arcs according to IEC 61641 & IEC 60298, Appendix AA)
Test Certificates DRL German Research Institute for Aerospace e.V., Jüllich, Earthquake Test for Security Areas in Nuclear Power Station
IABG Industrieanlagen Betriebsgesellschaft, vibration and shock tests
Complying with Germanischer Lloyd, Hamburg
Electrical Data 1000V AC, 1500V DC **
690V AC, 750V DC **
Rated Voltages Up to 6 / 8 / 12kV **
Rated insulation voltage Ui II / III / IV **
Rated insulation voltage Ue 3
Rated impulse withstand voltage Uimp 50-60Hz
Overvoltage category
Degree of pollution Up to 8000 A
Rated frequency Up to 264 kA
Rated Currents Up to 120 kA
Main busbars:
Rated current Ie Up to 4000 A
Rated peak withstand current lpk Up to 264 kA
Rated short-time withstand current lcw Up to 120 kA
Distribution bars:
Rated current le Up to 100 kA 0.3s
Rated peak withstand current lpk Criteria 1 to 5 and 6 to 7
Rated short-time withstand current lcw
IP20
Arc Proof IP30 standard up to IP54
Test according to IEC 61641 Internal for service
min -5ºC, max 40ºC, average 24h 35ºC
Mechanical Characteristics max 50% at 40ºC
–< 2000m
Degrees of Protection (IEC 60529, EN 60529)
With door open Up to 4b
With door closed Up to 4b type 7
Normal Conditions
Installation Sheathed busbars, treated busbars (Ag/Sn)
Ambient temperature
Relative humidity
Height
Form of Separation
According IEC 61439-2
According BS 61439-2
Options
Busbar Systems
Main and branch busbars
* Design verification by testing: where an assembly has previously been tested in accordance with IEC 60439-1 and the results fulfil the requirements of IEC 61439 1/-2, the verificatio\\\\\\\\\\\\n of these tests need not be repeated.
** Depending on the electrical equipment.
ABB Ltd Tel : +44 (0) 191 514 4555
(Low Voltage Systems) Fax : +44 (0) 191 514 5505
Hanover Place
Sunderland Email : [email protected]
SR4 6BY Website : www.abb.co.uk/lowvoltage
68 - Power Management & G59
Common Generator Related Questions What is G59, G59-1 or G59-2?
Why do some sites or buildings have more than one The proper title is ER G59 or Engineering Recommendation G59. G59
generator running in parallel? is a generic term, G59-1 is the old recommendation and G59-2 is the
current requirement. The document refers to the recommendations and
The most common reason is redundancy; if one generator fails the other guidelines for connecting embedded generation to utility supplies for long
is capable of supporting site load. This is described as N+N redundancy and short term duration. Power distribution was traditionally one way,
where N=site nominal load and the number following the ‘+’ sign is the from the power station source at high voltage and distributed in lower
level of redundancy, in this case also nominal. Where multiple units are voltages to end users.
required due to other factors, X number of units could be required to cope
with nominal load. Government policy, environmentally friendly power sources and
advantages to the national grid balancing mechanism, led the way to it
Some redundancy could be afforded by an additional unit to cater for a being desirable to allow small embedded generation sources to be able
single unit failure. For example, 5 x 400kVA units would be required to supply to feed and contribute power into the grid infrastructure, an infrastructure
a theoretical 2MVA load, an additional 400kVA unit would give immunity to almost exclusively controlled upstream by the national grid.
a single unit failure (effectively a spare unit), described as N+1 redundancy.
If an unpredictable and non-controlled quantity of wind turbines and
Space factors and noise also dictate to a certain degree if multiple sets embedded generation were to be allowed to feed into the grid, some
are to be used in lieu of one single large generating set but often load regulated basic protocols would be needed.
profile is overlooked. It is highly undesirable that a diesel generator should
run at below 30% of its maximum capability as engine degradation Schematic diagram of a typical G59 system
becomes evident, similarly overloading is to be avoided.
FUSING CONTRACTOR MANUAL
Generally a 70% duty average over any 24hr period, with a maximum 4 POLE
single load step of 60%, is recommended and accepted as being the ISOLATOR
norm, giving spare power headroom for motor starts and system inrush
whilst maintaining demand well above the 30% low power damage GENERATOR
threshold. If the site is such that power demand falls to little or negligible GRID
load during the night or at weekends, a long term outage could lightly
load the generator for a similarly long period. FUSING
A site with the intention of joining the STOR scheme may match BATTERY G59 Control
embedded generation capability to the maximum allowable site export & Monitoring
capability (usually the substation rating) to maximise STOR revenue. The
site may only have a site demand of 25-30% of substation capacity due Unit
to expansion allowance resulting in an oversized generator. Multiple
generators with lower capacity, which are intelligently brought online to ER G59 attempts to specify basic functionality requirements to protect
match demand in these scenarios, will better maintain gen-set utilisation. both the grid and the embedded power generation.
What is STOR? One of the recommendations within the requirement is for mains failure
detection whilst the generator system is in parallel with the mains.
Short Term Operating Reserve is a strategy whereby a site, which has
embedded generating equipment of 3MW or above, can offer to provide A traditional phase failure relay, sensing voltage only, may not detect a
additional active power to the National Grid distribution infrastructure to mains failure due to the generator operating in parallel and supplying
reduce demand or even contribute to the power available on the Grid. power at the detection point.
This is typically required at certain times of the year and would be required
to provide power within four hours of instruction by “the Grid”. To qualify Many manufacturers have specific G59 detection relays that will
for STOR status, the power would also have to be maintained for at least supervise the system when in parallel, constantly monitoring the
a two hour period. A generator-to-mains synchronising (no break transfer) mains/generator common voltage and generator output current to detect
system is required if site disruption or energy exportation is required. rapid changes in characteristics which would identify that the mains is no
longer present and a mains failure has occurred.
What is “Island Mode”?
A common misconception is that the G59 relay protects workers upstream
Any site and electrical load system can be considered “islanded” when if they isolate at MV/HV and commence to work on the network, assuming
no mains utility supply is being used to power the site electrical load, just several downstream generators will keep the equipment live and in a
as if the site was on an island. The generators supply all customer loads dangerous condition.
and neither the load nor the generators are connected to the utility supply.
Firstly, any planned outage would, where possible, be re-fed via an
What is “Embedded Generation”? alternative path on the grid to minimise outage and as a minimum you
will be informed if this is not possible. Secondly, a robust, safe working
Embedded generation (also referred to as “distributed generation”) practice will test and ensure the bus is dead before commencement of
enables the user to generate and use their own electricity via renewable work and thirdly they will earth the power rail at the point on the network
sources, green energy and other on-site power generation equipment. If on which they are working.
you do produce surplus electricity, this can be sold back to the local
provider and then distributed back into the National Grid. Predominantly the G59 relay protection guards against unplanned system
failure for both parties (grid and generator owner).
Renewable & Green Commercial & Industrial Domestic Generation
Wind, Hydro, Solar & Gas Wind, Solar, Gas & Diesel Wind & Solar The mains disconnection has to occur quickly for two reasons:
Whether utilising embedded generation for self-sufficiency to lower bills, 1. If the dead utility network is not disconnected quickly, the site
or as a method of providing power in a mains failure, the Engineering embedded generation will attempt to supply the local surrounding network
Recommendation G59/2 provides guidance and technical requirements and fail on over current, making the point of having the generators useless.
for allowing producers of surplus electricity to make this power available
to other Grid users. 2. Depending on where geographically the site is on the distribution
network, an attempt to bypass the network fault will be made or auto
re-closers on the network will attempt to reconnect power a number of
times to see if the fault was temporary (a falling tree for example).
Either way, power would reappear on the utility mains causing a crash
synchronisation if embedded generation was still attached.
Advanced Diesel Engineering Ltd Tel : 08458 388 907
14 Langthwaite Business Park Fax : 01977 608 111
South Kirkby
West Yorkshire Email : [email protected]
WF9 3AP Website : www.adeltd.com
Acoustic Enclosures - 69
Generator Noise Control
The table (below) and the graph (opposite) illustrate typical sound
pressure levels in various familiar locations (plots 1-5). Also shown on
the graph are two darker plots (6 and 7), these lines are indicating the
sound pressure levels of a 250kVA diesel generator before and after
silencing at Advanced.
Comparing the unsilenced values with the silenced generator values it is
clear that the higher to mid-range frequencies have been attenuated
effectively. This drop in sound pressure level is made more clear by
comparing the silenced generator plot line to the ‘familiar location’ plot lines.
Above 200Hz the silenced generator levels are below those of a typical
loud stereo player, moderate ocean waves and even a typical library.
The peak sound level of the open generator (plot 6) is around 103dB at
125Hz, this obvious peak is indicative of the engine firing and is typical
of all combustion engines. Frequencies below 200Hz are more difficult
to attenuate, but it is still clear that the sub 200Hz frequencies of the
silenced generator are much lower than those of the open generator.
Container Size vs Max. Power Output & Noise Level - from 700 to 2250kVA
All values for both tables are based on Cummins manufactured engines TABLE 2: All system features, except for the extended attenuation, are
utilising Stamford alternators. Roof mounted exhaust silencers are installed within the length and width dimensions of the ISO high cube
assumed present. Noise levels listed in both tables assume an end container. The ISO footprint (lifting/locking blocks) of the container
inlet/outlet type, for the cooling air and noise attenuation. remains unchanged, however, if the extra attenuation extruding from the
container end is above 700mm, extra support legs may be required. The
TABLE 1: All system features are installed within the length and width length of the extra attenuation varies and can be dependant upon any
dimensions of the relevant ISO high cube container. The footprint of the ancillary generator features installed within the container.
container remains unchanged.
Advanced Diesel Engineering Ltd Tel : 08458 388 907
14 Langthwaite Business Park Fax : 01977 608 111
South Kirkby
West Yorkshire Email : [email protected]
WF9 3AP Website : www.adeltd.com
70 - Roto-Active Breaking (Using Compact NSX)
Introduction
In order to enhance limitation and discrimination performance, Compact NSX 100 to 630A MCCB
has been developed using “revolutionary” breaking technique: “roto-active” breaking. Compact
NSX provides an exceptional limiting capacity even on high short-circuits in order to drastically
reduce stresses on intermediate distribution.
Principle Short-circuit Breaking chamber
current Ua
Fixed
contact
Arc Arc chute Piston
Magnetic U
Breaking Moving
enclosure contact U-shaped
Arc current loop
Arc chute
Fixed
contact
Arc chute
Roto-active breaking: repulsion of contacts Roto-active breaking: tripping
by pressure
This high current limiting technique uses a new tripping energy, pressure, resulting from arc energy. Its operation is described below:
• Each circuit-breaker pole is housed within a “Breaking Unit” in which a rotating contact generates, by electromagnetic repulsion, two serial arcs on
occurrence of the short-circuit current
• A piston & spring device uses the pressure from arc energy to cause – beyond a certain threshold (roughly 25 ln) – reflex tripping, roughly 3ms after
contact repulsion
• Up to this threshold pressure is not sufficient to cause tripping & arc impedance limits the short-circuit current
• Beyond this threshold breaking is very quick (1ms) & limits still further the short-circuit current
The “Breaking Units” are sized to match circuit-breaker size. Consequently, limitation is greatest when rating is smallest. This technique provides Compact
NSX with an outstanding limiting capacity and thus with increased discrimination possibilities. This technique is also very useful for limiting stresses on
electrical power distribution.
Customer Benefits
Thanks to the use of breaking gas pressure speeding up tripping and implementation of energy discrimination, the Compact NSX circuit breaker ensures:
• Natural discrimination as standard, that is to say require no special trip units
Thanks to rotary breaking, the Compact NSX circuit breakers are ultra-quick and limiting. Cascading performance is thus excellent:
• With roto-active COMPACT NSX MCCB ensures Total Discrimination up to full breaking capacity of the device
• Continuity of the supply is optimum
• High breaking capacity: 150kA / 2ms
• Reflex tripping ensures that stresses on system are reduced to the minimal
Why not attend our CPD approved sessions on Cascading & Discrimination by contacting [email protected]
Schneider Electric Ltd Customer Support Centre
Stafford Park 5 Tel : 0870 608 8 608
Telford Fax : 0870 608 8 606
Shropshire
TF3 3BL Website : www.schneider-electric.com/uk
Power Factor Correction - 71
General Harmonic Distortion
Under normal operating conditions certain electrical loads draw not only In recent years, the developments in semiconductor technology have led
active power from the supply (kilowatts kW), but also reactive power to constant increases in the proportion of harmonic generating loads
(reactive kVA, kVAr). This reactive power has no useful function, but is connected to the mains. These converters have adverse effects on the
necessary for the equipment to operate correctly. Loads such as induction incoming AC supply system, and the levels of distortion on the supply
motors, welding equipment, arc furnaces and fluorescent lighting would network should be limited to prevent equipment going into
fall into this category. overtemperature, malfunction or even premature failure.
Correction The comprehensive range of equipment available means that Power
Capacitors Ltd is almost uniquely able to offer PFC systems detuned to
Opposing reactive power resulting from the connection of a correctly sized either 189Hz (where maximum harmonic blocking is required), or 210Hz
capacitor can compensate for the reactive power required by the load. This (where absorption of the harmonic currents by the PFC system is required).
ensures that only a small amount of reactive power is drawn from the supply.
Typical distorted mains are matched by the GreenLine range of cubicles,
Purpose whilst the BlueLine range is suitable for operation on the most heavily
distorted of networks.
An apparent reduction in the total current drawn from the supply can be
achieved as a result of connecting a capacitor to an inductive load. Where harmonic levels are especially severe, an Active Harmonic Filter
is usually required. In this case, on-site measurements and detailed
Definition calculation are required: please contact us for details.
The Power Factor of a load is defined as being the ratio of active power Maintenance & Service
to total demand, that is to say kW + kVA. The uncorrected power factor of
a load is cosØ1 (where Ø1 is the phase angle between the uncorrected Most Power Factor Correction equipment works invisibly in the
load and unity), and the corrected power factor is cosØ2 (where Ø2 is the background, but as capacitors deteriorate it easily goes unnoticed until
phase angle between the corrected load and unity). The nearer the ratio long after the higher bills arrive. Responsible companies acknowledge the
kW + kVA=cosØ is to unity, the less reactive power is drawn from the supply. cost effectiveness of avoiding unnecessary downtime and maintenance.
Power Capacitors has a team of skilled and experienced engineers
Reactive Power Penalty Charges available throughout the UK providing regular servicing and maintenance
to ALL makes of power factor correction equipment, regardless of
The Reactive Power charge is the means by which consumers with a manufacturer. This ensures that the rated output is maintained,
poor power factor pay more for their electricity than consumers with a maximising the financial and technical benefits.
good power factor. A common charging method is in force across all UK
Electricity Supply Companies, and applies to ALL half-hourly metered Capacitor Sizing
consumers.
To obtain capacitor sizes (in kVA) for a given power factor, multiply
By installing power factor correction equipment and ensuring that the the kW load by the number shown at the axis between existing and
average power factor is better than 0.95 lagging under ALL load conditions, required power factors.
no “excess” reactive power is consumed. Smaller capacitor stages ensure
that these charges are avoided under almost all load conditions. Existing Required Power Factor
Power
This means that ALL excess Reactive Power charges can be avoided. Factor 0.91 0.92 0.93 0.94 0.95 0.96 0.97 0.98 0.99
Contact our team of sales engineers to discuss existing or imminent 0.60 0.877 0.907 0.937 0.970 1.004 1.041 1.082 1.130 1.190
Reactive Power charges, and how to avoid them. 0.61 0.844 0.873 0.904 0.936 0.971 1.008 1.049 1.096 1.157
0.62 0.810 0.040 0.870 0.902 0.937 0.974 1.015 1.083 1.123
Technical Benefits 0.63 0.777 0.807 0.837 0.870 0.904 0.941 0.982 1.030 1.090
0.64 0.745 0.775 0.805 0.838 0.827 0.909 0.950 0.998 1.068
The connection of a capacitor capable of “correcting” half of the reactive 0.65 0.713 0.743 0.774 0.806 0.840 0.877 0.919 0.968 1.027
power of a load leads to a reduction in the demand on the supply of 0.66 0.683 0.712 0.743 0.775 0.810 0.847 0.888 0.935 0.998
approximately 15%. This results in the following: 0.67 0.652 0.682 0.713 0.745 0.799 0.816 0.857 0.905 0.996
0.68 0.622 0.652 0.583 0.715 0.749 0.786 0.827 0.857 0.935
a) The load on the cables & switches is reduced 0.69 0.592 0.623 0.654 0.595 0.720 0.757 0.798 0.845 0.907
0.70 0.564 0.594 0.625 0.657 0.692 0.728 0.769 0.817 0.878
b) The supply is now able to support additional load 0.71 0.535 0.566 0.597 0.629 0.663 0.070 0.741 0.789 0.849
0.72 0.508 0.538 0.569 0.601 0.635 0.672 0.713 0.761 0.822
c) The charges made by the electricity supply company are likely 0.73 0.481 0.510 0.541 0.573 0.608 0.645 0.686 0.733 0.794
to be reduced 0.74 0.453 0.483 0.514 0.546 0.580 0.617 0.658 0.706 0.767
0.75 0.426 0.456 0.487 0.519 0.553 0.590 0.632 0.679 0.740
By reducing the load on cables and switches, power loss is reduced and 0.76 0.399 0.429 0.480 0.492 0.526 0.653 0.805 0.652 0.713
life is extended. The facility to connect additional load is always useful to 0.77 0.373 0.403 0.433 0.465 0.500 0.537 0.578 0.625 0.656
an expanding company. 0.78 0.346 0.376 0.407 0.439 0.473 0.510 0.552 0.599 0.660
0.79 0.320 0.350 0.381 0.413 0.447 0.484 0.526 0.573 0.634
An example: A fully loaded 1000kVA transformer supplying a load with a 0.80 0.294 0.324 0.355 0.387 0.421 0.458 0.499 0.547 0.608
power factor of 0.80 can only supply 800kW of “useful” load. By correcting 0.81 0.265 0.296 0.329 0.361 0.395 0.432 0.473 0.521 0.582
the power factor to 0.96, an additional 160kW of load may be connected, 0.82 0.242 0.272 0.303 0.335 0.369 0.406 0.447 0.495 0.556
increasing the “useful” load capacity to 960kW. 0.83 0.216 0.246 0.277 0.309 0.343 0.380 0.421 0.489 0.530
0.84 0.190 0.220 0.251 0.283 0.317 0.354 0.396 0.443 0.504
Commercial Benefits 0.85 0.164 0.194 0.224 0.257 0.291 0.328 0.369 0.417 0.477
0.86 0.138 0.165 0.198 0.230 0.265 0.302 0.343 0.391 0.451
By maintaining the power factor at or above 0.95 lagging under all load 0.87 0.111 0.141 0.171 0.204 0.238 0.275 0.316 0.364 0.424
conditions: 0.88 0.084 0.114 0.144 0.177 0.211 0.248 0.289 0.337 0.397
0.89 0.057 0.067 0.117 0.150 0.184 0.221 0.262 0.310 0.370
- Any charges for excess reactive power are avoided 0.90 0.029 0.058 0.089 0.122 0.156 0.193 0.234 0.282 0.342
- System losses are reduced 0.91 0.030 0.060 0.093 0.127 0.164 0.205 0.253 0.313
0.92 – 0.031 0.063 0.097 0.134 0.175 0.223 0.284
- Distribution equipment runs cooler & lasts longer 0.93 – – 0.032 0.086 0.103 0.145 0.192 0.253
Lower system losses means reduced electricity consumption, typically in 0.94 – – – 0.034 0.071 0.112 0.160 0.221
the region of 2% of the total consumption. These additional, hidden savings 0.95 – – – – 0.037 0.078 0.125 0.186
can amount to many thousands of pounds over the course of a year. 0.96 – – – – – 0.041 0.089 0.149
0.97 – – – – – – 0.048 0.108
Environmental Benefits 0.98 – – – – – – – 0.061
0.99 – – – – – – – –
In addition to the benefits already listed, every kVAr of Power Factor – – – – – – – – –
Correction supplied by Power Capacitors Ltd reduces CO2 emissions by
146kg per annum. Any responsible company having or seeking ISO14001
approval is wise to take advantage of this.
Power Capacitors Limited Tel : 0121 7084 511
30 Redfern Road Fax : 0121 7654 054
Tyseley Website : www.powercapacitors.co.uk
Birmingham Email : [email protected]
B11 2BH Sales : Tim Brown Technical : Matt Robbins
72 - Green T.HE High Efficiency Transformers
Eco Design
Green T.HE high efficiency transformers meet the latest European Commission's Ecodesign Directive, which outlines the parameters transformers must
adhere to in order to meet efficiency requirements, defined by the maximum load and no-load losses a transformer can record.
Classification
The classification of a cast resin transformer depends on the value of the no-load losses (Po), as well as the load losses (Pk), characteristics of the machine.
More precisely, Po losses are independent from the load and remain constant for the whole period the transformer is connected to the electric power
network. On the other hand, Pk losses only occur when the transformer is connected to a load and are proportional to the square of the load itself.
Certifications & Acceptance Tests
Prior to Legrand cast resin transformers being supplied to the customer, they are individually inspected and must pass the
acceptance and, when necessary, type tests, if they are required at the time of order.
At the end of the acceptance tests a specific inspection certificate is delivered with each transformer.
Acceptance tests IEC 60076-1
Measurement of winding resistance IEC 60076-1
Measurement of transformation ratio and check of polarity and connections IEC 60076-1
Measurement of short-circuit voltage and losses due to load IEC 60076-1
Measurement of no-load losses and no-load current IEC 60076-3
Insulation test with applied voltage IEC 60076-3
Insulation test with induced voltage IEC 60076-11
Measurement of partial discharges
Type test (on request) IEC 60076-3
Atmospheric impulse test IEC 60076-2
Temperature rise test
Special tests (on request) IEC 60076-10
Measurement of sound level IEC 60076-11
Short-circuit withstand test
Legrand Electric Ltd Tel : +44 (0) 345 605 4333
Great King Street North Fax : +44 (0) 345 600 6366
Birmingham
B19 2LF Website : www.legrand.co.uk
United Kingdom Email : [email protected]
UPS - HITEC DRUPS Design Guide - 73
System Description
HITEC Power Protection’s “Dynamic Rotary UPS” is synonymous with quality and reliability. It filters the incoming utility power and protects against power
interruptions in a simple and effective manner. The unique concept and design of the HITEC Power Protection DRUPS maximises reliability and provides
the customer with the highest possible availability. Depending on the size of the fuel reserve, the DRUPS can provide power for an indefinite period of time.
Kinetic Energy = No Batteries
The INDUCTION COUPLING or ETM and FLYWHEEL is the heart of HITEC Power Protection’s “Dynamic Rotary UPS” system. When utility fails, the
DRUPS retrieves power from the stored kinetic energy and this provides power for the connected load while the diesel engine starts and accelerates up
to full speed.
Alternator & Choke = Active Filter
The careful matching of the alternator and the choke provides a system that acts as a continuous filter which allows the DRUPS to maintain the output
voltage within the strictest tolerances. When mains power is available, the ALTERNATOR supplies reactive power to the load so that the utility sees a
near unity power factor.
HITEC Power Protection DRUPS Product Range
The Model “UPS” ranges from 500 KVA to 2200 KVA and the Model “QPS” ranges from 2500 KVA to 3000 KVA at 50Hz.
Technical Data HITEC Provides Complete Installation Solutions
Range (Single Module) 500 kVA HITEC can supply the complete DRUPS and associated equipment. For
3000 kVA example, our recent complete “End to End” turnkey installations have
From also included the design, supply and installation of:
To 380-415V, 50Hz
380, 440-480, 600V 60Hz • Exhaust silencers / flues, radiators & acoustic attenuation
Input also MV up to 33kV
± 10% • External acoustic housings
Input voltage 0.98
• Local fuel systems & complete bulk fuel storage & transfer systems
Voltage tolerance 380-415V, 50Hz
CosØ at rated voltage 380, 440-480, 600V 60Hz • Low Voltage & High Voltage (11kV) switchboards
also MV up to 33kV
Output ± 1% • HV to LV ‘power’ transformers
± 5-10% (depending on
Output voltage system configuration) • Fire detection & suppression systems
50-250 mS (depending on
Voltage tolerance steady state system configuration) • Complete mechanical & electrical installation of DRUPS & ancillaries
Dynamic state ± 1%
Max 2% • Offloading & erection at site
During With linear
0.8 • Commissioning & testing by our own personnel
Frequency tolerance 15 x rated current
Voltage asymmetry 97% (depending on system System Configurations & Features
Harmonic distortion configuration)
& non linear load • Parallel Redundant (PR): the simplest means of achieving
Power factor redundancy between UPS units and of supporting very large or
Efficiency up to multiple loads. This can be at either LV or MV.
Energy Storage Optimization Mode • Master / Slave (MS): This is a two module system that eliminates a
common UPS output busbar.
The energy storage optimization mode (ESO mode) reduces the
accumulated flywheel energy to the level that is needed to support the • Parallel Cross Link (CL): Normally operates as two separate parallel
critical load while the diesel engine starts. Hence at low load, the speed systems, but allows for automatically connecting the outputs together
of the energy store can be reduced, thus saving energy. to make one parallel system. On multi-UPS unit systems, requires
fewer UPS units to achieve required redundancy than two separate
Diesel Start Reduction Feature systems.
The diesel start reduction feature delays the starting of the diesel engine • Isolated Parallel (IP): No common paralleling busbar, each unit
for short interruptions of the mains supply, so saving diesel and reducing normally supports its own load. IP busbar for load sharing and
the resultant diesel engine emissions. redundancy. Overcomes fault level issues with isolating chokes.
• Isolated Redundant (IR): No common output busbar due to
separation of loads and UPS unit outputs. Redundancy provided by
stand-alone “redundant” module which switches without a break to
take the load of any single module.
• Distributed Redundant (DR): No common output busbar. Each load
centre is supplied from at least two separate DRUPS modules by a
static transfer switch. Hence the system redundancy is across all the
DRUPS modules.
Hitec Power Protection Ltd Tel : 01926 484535
Unit B21a Holly Farm Business Park Fax : 01926 484336
Honiley
Kenilworth Email : [email protected]
Warwickshire CV8 1NP Website : www.hitec-ups.com
74 - No-Break KS® Mechanical / Electrical Features
System Construction Configurations
The external appearance of EURO-DIESEL’s No-Break KS® resembles Single Stand-Alone Unit
that of a conventional generating set. For simple low component count reliability.
However, it consists of a diesel engine coupled by means of an
electromagnetic clutch to a stato-alternator, which is the combination of Dual Output
a synchronous machine and a kinetic energy accumulator. A dual output design can be configured to provide site critical and
The No-Break KS® system also involves a choke and 3 circuit breakers. non-critical loads, removing the requirement for gensets. There are
variations of this design to suit isolated or non-isolated schemes.
Control Panel Touchscreen Power Panel
HMI KS-VISION® (Switchgear & Choke) Parallel Redundant N or N+1
Parallel LV or MV solutions can be configured to allow redundancy and
Diesel Engine Kinetic Energy capacity, expansion and modularity.
Electromagnetic Clutch Accumulator Dual Bus N or N+1
In higher tier requirements and to remove the single point of failure in a
Synchronous Machine Tier II solution, a double busbar design can be provided. This allows for
isolation and maintenance of individual machines and output switchgear
Operating Modes sections. LV or MV alternators are available.
Normal Mode 2N or 2N+1 High Availability
In normal mode, when the mains is within tolerance, the synchronous Two totally separate parallel redundant systems can be configured to
machine is acting as a synchronous motor, driving the kinetic energy meet Tier IV and 2N or 2N+1 requirements. The output busbars are
accumulator and storing kinetic energy within it. synchronised allowing seamless load transfers.
Emergency Mode Isolated Parallel
Since 1999 EURO-DIESEL has been supplying Isolated Parallel (IP)
In emergency mode, on mains failure or out of tolerance mains events, solutions. This arrangement enables multiple LV systems to be paralleled
the QD1 breaker opens and the stored kinetic energy is retrieved and with an interposing choke limiting the short circuit of the output. This
transferred to the synchronous machine, which is now acting as a removes the need to have special output switchboards. EURO-DIESEL
generator. This occurs without any interruption to the downstream load. has developed both IP Ring and IP Star configurations allowing for multi
Shortly after mains failure, the diesel engine is started and coupled to MW installations meeting Tier III and Tier IV requirements.
the synchronous machine by closing the electromagnetic clutch.
The energy is then provided to the synchronous generator by the diesel EURO-DIESEL’s IP system provides significant advantages over
engine for an unlimited period. conventional configurations: higher loaded units at all times; higher overall
efficiency; improved fault tolerance; simple load sharing; reduction in the
number of modules; isolation between units and simple maintainability. The
KS-VISION® control system is configured to match this solution without the
need for a master controller and therefore removing single points of failure.
No-Break KS® IP Star-Bus Configuration
No-Break KS® Conditioning Mode
No-Break KS® IP Ring-Bus Configuration
EURO-DIESEL (UK) LTD Tel : 01285 640879
First Floor Fax : 01285 652509
101/102 Cirencester Business Park
Love Lane Email : [email protected]
Cirencester GL7 1XD Website : www.euro-diesel.co.uk
No-Break KS® Mechanical / Electrical Features - 75
How is Kinetic Energy Stored?
The kinetic energy accumulator consists of two rotating parts; the outer rotor (or accu-rotor) runs mechanically free around the inner rotor.
The inner rotor, driven by the central shaft, rotates at 1500 rpm (50Hz) or 1800 rpm (60Hz). It is provided with two sets of windings: a three phase AC
winding and a DC winding.
In normal mode, the AC winding is energised to generate a rotating magnetic field that accelerates the outer rotor to approximately 3000 rpm. Nevertheless,
the net relative speed between the inner and outer ring of the bearings is only 1500 rpm since the shaft itself is rotating a 1500 rpm.
The outer rotor (accu-rotor) stores kinetic energy more effectively than a design with an inner rotor, since the amount of kinetic energy increases
quadratically with the distance from the centre of rotation.
In emergency mode, the DC winding is energised and the outer rotor is coupled to the inner rotor by induction. Its kinetic energy is transferred to the
inner rotor with the result of driving the inner rotor and connected generator rotor. The energy transfer is regulated by accurately controlling the current
injected into the DC winding. The stato-alternator is a totally brushless machine.
No-Break KS® Range Four-Module Container Building
OUTPUT CAPACITY DIMENSIONS AND WEIGHTS
(kVA) Length (mm) Width (mm) Height (mm)
50Hz 60Hz Weight (kg)
100 120 3675 1100 1750 4650 secondary silencer
150 180 3800 1100 1850 5100 primary silencer
200 220 3900 1100 1950 5700
200 200 4300 1700 2163 6560 support steelwork
250 250 4600 1700 2163 7256 shown indicatively
300 300 4600 1700 2163 7256
400 400 5000 1700 2147 10227 Bespoke container designs are available to suit the full range with and
500 500 5000 1700 2147 10227 without control room space, with attenuation as low as 60dB@1m.
630 630 5500 1700 2087 13966
700 700 5500 1700 2087 13966
800 800 6000 1700 2124 14181
900 900 6000 1700 2124 14181
1000 1000 6000 1700 2124 15200
1125 1125 6700 1950 1989 17942
1250 1250 6750 1950 2390 22638
1500 1500 7100 1900 2390 22678
1700 1700 7100 1900 2235 22678
2000 2000 7500 1950 2377 26068
2500 2500 9300 2000 2430 34175
2750 3000 9600 2000 2430 37000
All the above are open configurations with prime rated fuel or emission
optimised engines.
Full turnkey plant room build packages available incorporating acoustics,
exhausts, fuel systems, cooling systems, fire protection and detection,
control and power cabling, switchgear, transformers, building works,
complete power house building (design and build).
The above units can be built in to standard or custom containers:
20 foot ISO HiCube = 100 to 300kVA 75dB(A)@1m
30 foot ISO HiCube = 300 to 700kVA 85dB(A)@1m or with extended
acoustics to achieve 75dB(A)@1m
40 foot ISO HiCube = 700 to 1500kVA 85dB(A)@1m or with extended
acoustics to achieve 65dB(A)@1m
45 foot ISO HiCube = 1700 to 2000kVA 85dB(A)@1m or with extended
acoustics to achieve 75dB(A)@1m with remote radiators
The above is indicative only – for individual specific module data, please
contact us.
EURO-DIESEL (UK) LTD Tel : 01285 640879
First Floor Fax : 01285 652509
101/102 Cirencester Business Park
Love Lane Email : [email protected]
Cirencester GL7 1XD Website : www.euro-diesel.co.uk
76 - Uninterruptible Power Supplies
Energy Efficiency TLE 200kW UPS EFFICIENCY
TLE SeriesTM delivers efficiency up to 96.5% in double conversion (VFI)
GE’s TLE SeriesTM UPS is one of the most energy efficient double- mode and 99% in eBoost operating mode
conversion UPS in the industry, and provides world-class energy efficiency
across the operating load range. The TLE SeriesTM delivers efficiency up 98
to 96.5% in double conversion mode and 99% in eBoost operating mode.
This system efficiency substantially reduces operating and cooling costs, EFFICIENCY % 95
thus providing a reduced cost of ownership and improved power usage
effectiveness (PUE) compared to conventional UPS. typical
GE’s UPS performance is optimized at 50-75% load operation, as this is operating load
the most common operating range. The optimization of the TLE Series
includes selecting all major power chain components based on 92
maximizing the component efficiency at part load conditions.
High Efficiency TLE SeriesTM UPS Provides: 89
• Substantial reduction in operating cost of UPS
• Reduced energy loss minimizes air conditioning requirement 86
• Energy savings from reduced cooling
83
True Redundancy with Distributed Control & Bypass
80 50% 75% 100%
25%
LOAD
TLE VFI Mode TLE eBoost Mode
UPS2 UPS1 UPS3
Utility TLE Series Power Capability
Critical Load
Redundant Unity output power factor, full power for critical load without de-rating for
Comm Bus actual and future IT loads.
ACTIVE POWER (kW)
Configurable up to 6 units in parallel LEADING POWER FACTOR LAGGING
POWER FACTOR
RPA (Redundant Parallel Architecture) Output Performance
Input Performance Total Harmonic Distortion (THD)
A distorted output voltage waveform can affect the proper function of
Clean Input Performance equipment. The TLE SeriesTM has very low output voltage THD, even
The TLE Series IGBT based rectifier and innovative control algorithm when connected to 100% unbalanced or non-linear loads.
ensures an input Total Harmonic Distortion (THDi) of less than 3% and
draws a pure sinusoidal waveform from the mains. This also provides Output Power Factor = 1
UPS input power factor of 0.99.
• TLE Series with unity output power factor provides more output
Advantages power. Output power factor diagram symmetrical with respect to zero.
100% kW – no de-rating with any load
• Saving in the sizing of upfront equipment e.g. emergency generators,
cablings, & circuit breakers • Suitable for modern power supply applications with unity or capacitive
power factor (e.g. new generation servers), or up to 3:1 crest factor loads
• No disturbances to nearby equipment; eliminate perturbation &
outage on upfront electrical equipment, avoiding also any Transient Response
investigation & analysis cost due to malfunction Transient response is very fast due to control algorithms which ensure
very high dynamic stiffness. This reduces the need to oversize the UPS
Programmable Soft Start for pulse load applications.
The programmable soft start allows the rectifier to ramp up in a
programmable time period (0-15 seconds) thus eliminating in-rush
current. This feature reduces the need of oversizing the input power
system (gensets, feeder cables, and overcurrent devices).
Generator Compatibility
User-programmable features such as slew rate, phase angle rate-of-
change and voltage rate-of-change allow the UPS to quickly sync to a
genset during emergency back-up.
Unity output power factor, full power for critical load without de-rating for
actual and future IT loads.
GE Industrial Solutions Tel : 0800 587 1251
3 Oakland Road Fax : 0800 587 1239
Leicester
Leicestershire
LE2 6AN Website : www.ge.com/uk/industrialsolutions
UPS Application Design Guidance - 77
UNIBLOCK™ UBT+ Rotary UPS - Operation UNIBLOCK™ UBR Hybrid Rotary UPS - Operation
In normal operation the load is supplied via the choke with the Piller Normal operation is through the static switch (thyristor) path (Mains 2).
UNIBLOCK™ machine operating in parallel via the central tapping of the The thyristor switch is controlled so that active power flows only in the
choke. The generator winding of the UNIBLOCK™ machine supplies the direction of the motor of the UNIBLOCK™ machine. The generator of the
load with the same dynamic characteristics as an AC supply system. UNIBLOCK™ machine supplies the load with the same dynamic
characteristics as an AC supply system.
In the event the supply falls outside the input characteristics, the input
contactor opens and the module is supplied from the energy store via In the event of a fault in the thyristor switch the UNIBLOCK™ machine
the UNIBLOCK™ machine. is supplied exclusively by the rectifier and inverter circuit (Mains 1).
Similarly during a failure of the rectifier / inverter circuit the UNIBLOCK™
The choke acts as a filter preventing the transmission of harmonics to machine is supplied by the thyristor switch. In the event of a mains failure
the mains from the load and vice versa. The UNIBLOCK™ generator the UNIBLOCK™ machine is fed via the battery and inverter with the
windings are used to supply reactive current improving the UPS input input contactors opened.
power factor.
The generator of the UNIBLOCK™ machine can supply peak currents
The generator of the UNIBLOCK™ machine can supply peak currents without being limited by the current ratings of additional semiconductors.
without being limited by the current ratings of additional semiconductors. The impedance of the generator - which is similar to that of the AC line
The impedance of the generator - which is similar to that of the AC line delivers a short-circuit current of up to 18 times the rated current without
- delivers a short-circuit current of up to 18 times the rated current without switching back to Mains (even when operating in battery mode).
switching back to Mains (even when operating in energy storage mode).
The motor voltage provides natural commutation for the inverter and the
The UNIBLOCK™ machine generates a sinusoidal voltage so no power UNIBLOCK™ machine generates a sinusoidal voltage so no power
capacitors are necessary for commutation or filtration. The brushless capacitors are necessary for commutation or filtration. The brushless
excitation of the motor / generator is provided by an exciter mounted on excitation of the motor / generator is provided by an exciter mounted on
the shaft and the generator voltage is electronically regulated. the shaft and the generator voltage is electronically regulated.
The technology, combined with no capacitors and control redundancy, The internal redundancy combined with no capacitors and control
makes the UBT+ Rotary UPS one of the most reliable UPS available. In redundancy makes the UBR Hybrid Rotary UPS one of the most reliable
addition, since the UPS operates via the choke, it achieves efficiencies UPS available. In addition, since the UPS does not normally operate through
up to 97% and improved efficiencies at partial loads. the double conversion path, it achieves efficiencies in excess of 95%.
UBT+ Input Data UBR & UBT+ Output Data UBR Input Data
Input 380 – 415 V 50 Hz Output 380 - 415 V 50 Hz Input 380 - 415 V 50 Hz
+10%/-20%; -50% short term ± 1% (Steady State) +10% / -20%
Voltage: Voltage: 110% for 1 hour Voltage:
Voltage Tolerance: 0.97 Voltage Tolerance: 125% for 10 minutes Voltage Tolerance: > 0.95
Power Factor at < 3% (Meets G5/4) Overload Capacity: 150% for 2 minutes Power Factor at < 2% (Meets G5/4)
Rated Voltage: 0.8 Lag to 0.8 Lead Rated Voltage:
THDi (Normal Op.): Power Factor: Up to 95% THDi (Normal Op.):
Efficiency (UBR): Up to 97%
General Up to 1000m ASL Efficiency (UBT+): Up to 18 x Rated General Up to 1000m ASL
Operational Altitude: 0 - 40°C Short Circuit Current (no bypass required) Operational Altitude: 0 - 40°C
Ambient Temperature: Daily Mean <35°C Capacity: Unlimited Ambient Temperature: Daily Mean <35°C
0 - 95% Non-Condensing Load Crest Factor: 0 - 95% Non-Condensing
Relative Humidity: IP 20 Relative Humidity: IP 20
Ingress Protection: >860,000 hours Ingress Protection: >600,000 hours
Reliability: Reliability:
Piller UNIBLOCK™ UBT+ Rotary UPS Piller UNIBLOCK™ UBR Rotary UPS
Guide to Dimensions & Weights Guide to Dimensions & Weights
POWERBRIDGE™ (Flywheel) Backed UPS 150 kVA 220 kVA 330 kVA 420 kVA
LxWxH LxWxH LxWxH LxWxH
625 kVA / 560 1100 kVA / 1000 1625 kVA / 2250 kVA / 2000 UNIBLOCK™
kW L L x W x H kW L x W x H 1500 kW L x W kW L x W x H UBR 1905 x 865 2438 x 865 2438 x 865 2740 x 985
x 2200 x 2200 x 2200 x 2200
xH Weight kg
2510 3725 3725 5285
UNIBLOCK™ 1320 x 4110 1320 x 5300 1320 x 5300 1320 x 8990 5 min
UBT+ & PB x 2300 x 2700 x 2700 x 2700 VRLA Batt. 2010 x 480 1630 x 722 2880 x 480 3050 x 755
x 1581 x 1617 x 2371 x 1617
Weight kg 11910 19700 22170 24750
Battery Backed UPS Weight kg 1370 2390 2920 4760
625 kVA / 1100 kVA / 1500 kVA / 10 min 1630 x 722 2880 x 480 3050 x 755 2 x (3360 x 480
560 kW 1000 kW 1340 kW VRLA Batt. x 1617 x 2371 x 1617 x 1984)
LxWxH LxWxH LxWxH
UNIBLOCK™ 980 x 2710 1320 x 4600 x 2700 1320 x 4600 Weight kg 2390 2920 4760 5560
UBT+ x 2300
14240 x 2700 UNIBLOCK™ 500 kVA 625 kVA 800 kVA 1100 kVA
Weight kg 5810 UBR LxWxH LxWxH LxWxH LxWxH
2 x (3680 x 700 x 2395) 15340
15000 1 x (3578 x 700 2740 x 985 2860 x 985 3662 x 1320 3662 x 1320
x 2200 x 2200 x 2353 x 2353
4 x (3680 x 700 x 1605) x 2395) +
20000 2 x (3578 x 700 Weight kg 6235 6235 12440 13150
5 min 3050 x 755 x 1605) 5 min 3050 x 755 2 x (3360 x 480 2 x (3360 x 480 2 x (3040 x 755
VRLA Batt. x 1617 17050 VRLA Batt. x 1617
Weight kg 4760 4 x (3578 x 700 x 1984) x 2379) x 2012)
10 min x 2000)
VRLA Batt. 3090 x 755 Weight kg 4760 5560 6660 11960
x 2407 24350
Weight kg 10 min 3090 x 755 2 x (3050 x 755 2 x (2410 x 755 2 x (3090 x 755
7200 VRLA Batt. x 2407
x 1617) x 2092) x 2407)
Weight kg 7200 9520 10140 14570
Piller UK Ltd Tel : 01285 657721
Westgate Fax : 01285 654823
Phoenix Way
Cirencester Email : [email protected]
Glos GL7 1RY Website : www.piller.com
78 - UPS Application Design Guidance
Introducing the Piller IP-System™ Coupled with energy storage and the ability to configure a massive UPS
system of up to 20 MW in low voltage, the IP-System is particularly suited
The Piller Isolated Parallel System (IP-System) reflects a new design to applications where minimising space and maximising return on
concept in the area of UPS topologies, which overcomes certain investment are high priorities. Reducing the number of redundant units
disadvantages of the conventional UPS configurations (i.e. N+x & N+N), to the minimum and avoiding units running in standby makes the
yet which merges their advantages into a highly reliable system topology. IP-System a green solution and a good choice, if an environmental
This topology is available at both LV and MV and allows repeated friendly and ecological power supply is desired.
paralleling of UPS modules with the benefit of automatic load sharing
and high operating efficiency, while ensuring sufficient fault isolation Mains
between the individual units.
UPS 1 UPS 2 UPS N
In such an IP-System, each UPS is connected to a common bus (IP-Bus)
by a 3-phase choke (IP-Choke), designed to limit fault currents to an IP- Bus
acceptable level but provide sufficient load sharing at the same time. IP- Choke
Each load is related to an individual UPS and is directly connected to the
UPS’s output. IP- Return Bus
Due to its load sharing capability, an IP-System is typically designed in Load 1 Load 2 Load N
an N+x redundant configuration, reducing the number of redundant units Piller IP-System Schematic
to a minimum while keeping the operating point of the UPS at a high level UPS Load
on the efficiency curve. The Isolated Parallel System provides an Mains Bypass (Critical)
exceptional method of combining the features found in Isolated- Typical S.B.
Redundant and Parallel-Redundant UPS configurations: shared MV / LV Connection
redundancy among UPS modules and output bus fault isolation in a large, Coupling Choke
multiple output, paralleled UPS System. What also distinguishes the
IP-System is the excellent maintainability and the outstanding fault MV Tx
tolerance, ensuring a highly reliable and robust power distribution for
various power critical applications. UNIBLOCK™
Machine
UNIBLOCK™ UBTD+ Diesel UPS – Operation
Isolated S.B.
In normal operation the load is fed via the coupling choke. The special Connection
design of the coupling choke allows a high level of decoupling between
the input and output and blocks all harmonics and transient events Mains Essential
between the input and output. Load
The coupling choke is tapped with the UNIBLOCK™ machine. The Alternative Connection
generator winding of this synchronous machine ensures the output Arrangements
voltage is kept constant irrespective of the mains voltage. The generator
winding feeds the loads with dynamic response similar to an ideal AC Piller UNIBLOCK™ DRUPS Configurations
supply. Peak currents and high short circuit current (up to 18 times
nominal current) can be supplied by the UNIBLOCK™ machine even in UNIBLOCK™ UBTD+ Module Ratings (Largest Available)
the event of a mains failure. In the event of a mains failure power flows
from the POWERBRIDGE™ (rotating kinetic energy store) or battery to Maximum Output Critical Bus Emergency Bus Combined Load
the load via the UNIBLOCK™ machine.
UNIBLOCK™ 50 Hz 60 Hz 50 Hz 60 Hz 50 Hz 60 Hz
If the mains does not return then the diesel starts and comes up to speed. UBTD+
The overrunning clutch then closes and the load is ramped on to the
diesel from the POWERBRIDGE™ / battery providing a soft load transfer. Single Output Diesel UPS (LV or MV) 2500 3000 N/A N/A N/A N/A
The POWERBRIDGE™ is then fully recharged and thus enables the full kVA kVA
stabilisation function (i.e. the POWERBRIDGE™ will stabilise the output
frequency during load steps on and off the diesel by providing power or Dual Output Diesel UPS (LV or MV) 2500 3000 2500 3000 2500 3000
absorbing power as required). On restoration of the mains, the output kVA kVA kVA kVA kVA kVA
voltage is synchronised to the mains and the input breaker closes and
the diesel is shut down. Dual Output Diesel UPS (LV or MV) 1670 2000 1100 1300 2770 3300
(Isolated Bus) kVA kVA kVA kVA kVA kVA
UNIBLOCK™ UBTD+ Diesel UPS - Dual Output Operation
Smaller ratings available.
In the basic form, the Piller UNIBLOCK UBTD+ provides 100% of its Combined power, lower UPS and higher Emergency possible.
available output as continuous Uninterruptible Power. However, it is All units available in low voltage to 600 Volts or for any medium voltage level.
available in alternative forms whereby the power can be split between
UPS (Critical Bus) power and Essential Bus like a standby generator –
this form is known as Dual Output Bus.
Depending upon the particular design requirements, it is sometimes
necessary or desirable to electrically isolate the short break loads from
the Critical Bus – this is known as Dual Output isolated bus. In this
configuration, the generator winding provides the Critical Bus source and
the motor winding of the UNIBLOCK™ machine becomes a generator
for the Essential Bus.
The two circuits are isolated by virtue of the transformer action between
the windings and so the two outputs are electrically isolated. In other
circumstances, it can be preferential to use the same alternator for both
supplies particularly in MV solutions. This flexibility is uniquely available
with the UNIBLOCK™ UBTD+ system.
Piller UK Ltd Tel : 01285 657721
Westgate Fax : 01285 654823
Phoenix Way
Cirencester Email : [email protected]
Glos GL7 1RY Website : www.piller.com
UPS Application Design Guidance - 79
Static UPS 380 - 415 V 50 Hz Output 380 - 415 V 50 Hz
± 15%
Technical Data - AP Premium > 0.99 Voltage: ± 1% Steady State
Input Voltage Tolerance:
< 3% Frequency Tolerance: ± 1%
Voltage: Up to 2,000% for 100ms
Voltage Tolerance: Overload Capacity: (Switching to Bypass)
Power Factor at rated Voltage: Up to 188% for 10mins
THDi (Normal Op.): Up to 96.0%
General Efficiency:
Operational Altitude: Up to 1000m ASL
Ambient Temperature: 0 - 40 °C Daily Average ≤ 35°C
Relative Humidity: 5 - 95% Non-Condensing
Ingress Protection: IP 20
Static UPS Guide to Dimensions & Weights
100 kVA 120 kVA 160 kVA 200 kVA 300 kVA 400 kVA 500 kVA
LxWxH LxWxH LxWxH LxWxH Lx W x H LxWxH LxWxH
Static UPS 800 x 800 x 1900 800 x 800 x 1900 1200 x 800 x 1900 1200 x 800 x 1900 1600 x 800 x 1900 2000 x 800 x 1900 2000 x 800 x 1900
Weight kg
600 660 895 895 1335 1715 1715
5 mins Batt. on
Stand 1080 x 630 x 1195 1080 x 630 x 1195 900 x 800 x 1315 1430 x 630 x 1590 1595 x 800 x 1600 1610 x 800 x 2390 2970 x 830 x 1249
Weight kg
914 971 1575 1715 2516 3450 3850
10 mins Batt. on
Stand 1070 x 800 x 1205 900 x 800 x 1315 1430 x 800 x 1600 1595 x 800 x 1600 1595 x 800 x 2390 3005 x 800 x 1600 2970 x 830 x 1649
Weight kg
1260 1575 2096 1516 3775 5035 5300
Static Transfer Switch
Technical Data - APOTRANS Design Type Fuse-less
Input 380-415V Transfer Times: <2ms Manual; <3ms Automatic:
50 Hz ± 5% Short Circuit Current: Up to 50kA
Rated Voltage: Overall Locus Diagram Noise Level: <65 dB(A)
Rated Frequency: 120% - 10 min, 1505 - 2 min Operational Altitude: Up to 1000m ASL
Power Factor: >5 Relative Humidity: 20 to 90% Non Condensing
Overload: >99.0% Ingress Protection: IP 20 (Standard Enclosure)
Crest Factor:
Efficiency:
Piller APOTRANS Static Transfer Switch Guide to Dimensions & Weights
Standard Enclosure with Service Bypass Chassis Unit for Integration into Switchboard / PDU
APOTRANS Width (mm) Depth (mm) Height (mm) Weight (kg) APOTRANS Width (mm) Depth (mm) Height (mm) Weight (kg)
25A - 63A 500 436 557 34 100A 560 527 1120 120
100A 800 800 1900 309
160A 800 800 1900 309 160A 560 527 1120 120
250A 800 800 1900 333
400A 1200 800 1900 572 250A 560 527 1120 144
630A 1200 800 1900 572
800A 1600 800 1900 767 400A 618 527 1620 240
1000A 1600 800 1900 767
1600A 2400 823 2158 1300 630A 618 527 1620 240
800A 618 527 1620 272
1000A 618 527 1620 272
Piller UK Ltd Tel : 01285 657721
Westgate Fax : 01285 654823
Phoenix Way
Cirencester Email : [email protected]
Glos GL7 1RY Website : www.piller.com
80 - Dynamic Diesel UPS - Technical Data
Available Standard Specification (*The DUPS solution can be tailored to site specific requirements)
Input Voltage: 380-415V, 50Hz General Altitude 300m AMSL*
440-480V, 60Hz 40 Deg C*
Voltage Tolerance: Up to 11kV direct connection (via Tx to 33kV) Ambient 0-95%*
Power Factor: +/- 10% (+/- 20% option) Relative Humidity IP23*
THID: >0.98 0-100% load Protection >1,000,000 hours
<2% (Meets G5/4) Reliability
Output Voltage Static: +/- 1.0%
Voltage Dynamic*: a) + 10% Load Change Maximum voltage drop + 1.5%
+ 30% Load Change Maximum voltage drop + 3.0%
+ 50% Load Change Maximum voltage drop + 5.0% Recovery Time
+ 100% Load Change Maximum voltage drop + 10.0% <0.2 sec
b) Short circuit on incoming feeder +/- 10%
Frequency: a) During mains operation = mains frequency
b) Mains failure to diesel engine operation with 100% active load
c) Static - during diesel engine operation +1%
+0.2%
Overload Capacity: 10% of rated load for a period of 1 hour
25% of rated load for a period of 10 minutes
50% of rated load for a period of 2 minutes
Power Factor: 0.8
Efficiency: up to 97%
Short Circuit Capacity: >15 FLC
Load Crest Factor: Unlimited
Unbalanced Load Capability: 100%
The input stabilising filter system also includes the coupling choke; this connects the input grid supply with the UPS high quality output supply. It allows
large voltage differences between both AC systems by means of reactive currents for any direction, independent of the active power flow. The special
design of the choke provides a high degree of decoupling in both directions between the input and output.
The input current consists only of the sinusoidal fundamental waveform required for power transfer. Likewise, harmonics and transients in the input voltage
have no effect on the quality of the output voltage. This independence is achieved through the calculated combination of the coupling choke high impedance
characteristics to harmonic currents and the special design synchronous machine windings and selective damper cage representing a short circuit to
these harmonics, preventing reflection to the mains supply.
Hence the coupling choke provides: I Real I Load (apparent)
I Fundamental
• Static & Transient voltage decoupling of the input mains & the UPS Bus Vin +/- 10% I Reactive
• Harmonic filtering I Harmonic
• Input load levelling irrespective of 100% unbalanced output load 3rd, 5th...
• Input power factor correction >0.98 from 0-100% load at nominal
V Alternator V Out
voltage
In the event of input short circuit the current flow towards the grid network
is limited by the choke at <200% I nominal until the input is disconnected.
During this transient situation the coupling choke maintains the UPS bus
voltage, ensuring all kinetic stored energy can be fully utilised for
supporting the critical load.
Hitzinger UK Ltd Tel : +44 (0) 1732 529 641
50 Churchill Square Fax : +44 (0) 1732 529 642
West Malling
Kent Email : [email protected]
ME19 4YU Website : www.hitzinger.co.uk
E-TEC Turnkey Data Centre Solutions - 81
E-TEC Power Management Ltd Case Study Summary No. 3
E-TEC works closely with clients to design, implement and support (Financial Sector)
complete “Best-in-Class” data centre infrastructure solutions to ensure Project Type: Data Centre Enhancement | M25
maximum availability for facilities and critical processes. From small Project Brief: Design, supply and install 5 No. 2.5 MVA HV diesel
computer rooms to large scale data centres, E-TEC specialises in providing generators in bespoke acoustic enclosures, together with all associated
complete turnkey solutions involving the full integration of power supply, control systems and equipment.
control and monitoring, physical and environmental infrastructure, network Project Description: When originally established, the data centre was
management and monitoring, fire protection and security. supported by 4 No. 2.5 MVA LV generators. The decision was made to
extend and enhance the data centre capacity and to upgrade all support
Client Focus & Commitment services to suit; E-TEC Power Management Ltd was selected to provide
all aspects of the new power generation requirement. As well as new MV
E-TEC Power Management Ltd has undertaken projects across a broad and generators, the contract included provision of an additional 60,000 litre
varied range of market sectors, with each project presenting its own unique bulk fuel tank with all associated pipe work and controls, feeding fuel via
requirements and challenges. Our technical knowledge, combined with our a ring main circuit to 1000 litre double skinned day tanks, located adjacent
focus and commitment to our clients, has enabled E-TEC to provide tailored to the generating set within the acoustic enclosures.
solutions to the highest design standards. As a company we continue to grow Design Criteria & Scope of Supply:
and develop this reputation with an ever expanding blue-chip customer base. • Design, supply & installation of 5 No. 2.5 MVA sets powered by MTU
Case Study Summary No. 1 20V4000G23 engines, complete with switchgear & control systems
• Integration of the new control system with the existing generator control
(22MW Co-location Data Centre)
switchgear
Project Type: Full EMS & PMS Installation | London • Provision of modular acoustic enclosures to achieve a specified noise
Project Brief: A complete Power Management System used to monitor the level of 68 dB(A) @ 1m with all sets running
incoming supplies down to final cabinet distribution and manage the critical • Extension of the fuel farm & fuel control system to cater for the additional sets
power throughout a 22MW co-location data centre. The additional • There was to be absolutely zero risk of power loss to the building whilst
requirement to interface to the existing UPS Systems and Generators meant
a site wide monitoring package was required. the new system was commissioned & made ‘live’
• Installation of complete SCADA Control System, additional MV
The Role of E-TEC: To install over 500 primary and secondary energy
monitoring power quality analysis meters throughout the data centre Switchgear & modifications to existing LV Switchgear
capturing power consumption, transients and events.
E-TEC Power Management Ltd Provides:
Scope of Supply: The data from these meters is captured via our e-Power
Energy Management Software in order to provide full visibility of site critical • Standby Generating Systems – 20 kVA to 3 MVA +
power and energy usage 24/7. Monitoring scope consisted of: • Energy Management Systems
• Building Management Systems
• 104 Intelligent PDUs • SCADA & Remote Monitoring
• Static Transfer Switches • UPS Systems & Switchgear – 3 kVA to 2 MW +
• 12 x 4000A UPS Switchboards • LV & MV Switchgear – LV up to 6000A & MV up to 1200A
• 4 x 4000A Double Ended Package Substations • Fuel Storage Supply & Control Systems
• Chillers • Ventilation & Cooling Systems
• 68 x HV Switchgear Sections monitored across six switchboards • Server Rooms & Rack Systems
• 10 x 2.5 MVA Generators split across two power stations • Raised Flooring & Room Fit Out
• Data Power & Control Cabling
Case Study Summary No. 2 • Energy Efficient Lighting & Variable Speed Drives
• Fire, Security, Access Control & Video Monitoring Systems
(Business & Financial News, Media Sector) • Building Construction & Civil Works
Project Type: Generator Upgrade | London
Project Brief: Remove and relocate existing generator radiators to create
space for the new equipment. Design, supply and install 2 No. 2.5 MVA
diesel generators in bespoke acoustic enclosures, together with all
associated control systems and auxiliary equipment.
Project Description: The client appointed E-TEC to carry out the generator
upgrade works at their prestigious London data centre. E-TEC was chosen
for our specialist experience in the provision and execution of particularly
difficult projects such as this. In short, an external location on the ninth floor
was chosen for the new equipment which was already occupied with two
large cooling radiators serving the existing sets. Since the proposed location
for the new equipment was away from the central core of the building, the
weight limitation of loading allowed per square metre was dramatically less
than the proposed load to be installed. The solution was a radical design
change which saw the cooling radiators sited remotely from the engine and
suspended on steelwork from the floor above. The engine exhaust silencers
were acoustically housed and suspended in the same way. To raise the
equipment to high level prior to locating and building the generators and
associated acoustic housings in situ, extensive steel work adaptations,
temporary removals and extended crane operations were required.
Design Criteria & Scope of Supply:
• Design, supply & install 2 No. 2.5 MVA diesel generators together with
all associated control systems & auxiliary equipment
• Bespoke acoustic enclosures designed to achieve a maximum noise level
of 65 dB(A) @ 1m
• Generators were unable to be installed in conventional form due to a major
weight restriction
• Project management, crane lifting, logistics & sequencing was required
to locate the new equipment to the ninth floor
• Integration of the new E-TEC control & monitoring system with existing
live equipment & controls
E-TEC Power Management Ltd Tel : +44 (0) 1252 744 800
21 Hercules Way Fax : +44 (0) 1252 744 930
Aerospace Boulevard
Farnborough Email : [email protected]
Hampshire GU14 6UU Website : www.e-tecpowerman.com
82 - Metering & Power Monitoring Software
PowerLogic PM5000 Series
The Value You Want, The Benchmark Metering Accuracy You Need
Characteristics
• Accuracy class 0.2S (PM5500 models) & 0.5S (PM5100, PM5300 models) for active energy metering
• Compliance to regulations EN50470-1/3 (MID), IEC 61557-12, IEC 62053-21/22, IEC 62053-23
• Dual Ethernet ports (PM5500 models) to daisy chain meters together – less wiring, simpler installation
• Onboard web pages (PM5500 models) for viewing real-time & logged information
• Data logging (PM5300 & PM5500 models) locally in non-volatile memory ensures that information is not
lost during a power or communications outage
• Multiple tariffs (PM5300 & PM5500 models) give you flexibility in your billing structure
• Individual harmonics in addition to THD & TDD to help locate the source of disturbances
• Graphical display with intuitive menu-driven navigation makes information easy to locate & read
• Compact design, two clips for mounting
• 4 current inputs (PM5500 models)
• Extended voltage range (direct connection up to 690 V L-L)
• Real-time clock with battery back up
PowerLogic PM8000 Series
Simplifying Power Quality, Maximising Versatility
Characteristics
• High-accuracy energy metering: IEC 62053-22 Class 0.2S, IEC 61557-12 PDM-S
• Time synchronization
• Multi-tariff support
• WAGES metering support
• PQ compliance monitoring: IEC 61000-4-30 class S, IEC 62586, EN 50160, IEEE 519
• PQ analysis capabilities: Dip & swell detection, waveform capture, disturbance direction detection,
trending & forecasting
• Protocols: Modbus, DNP3, IEC 61850
• Ports: RS-485, dual-port Ethernet, Ethernet-to-serial gateway
• Graphical, colour display
• Onboard, customisable web pages
Power Monitoring Software
Power Management Software Helps Maximize System Reliability & Optimise Operational Efficiency
Characteristics • Intuitive, customisable web client interface:
• Highly scalable, flexible & open architecture • Dashboards – Present any measurement from the power monitoring database
• System-wide data acquisition & interoperability
• Fully compatible with ION technology in an attractive kiosk display or slideshow
• Real-time monitoring through a secure, multi-user web portal
• Enhanced support for WAGES monitoring • Diagrams – View system diagrams to monitor network status
• Power quality analysis & compliance monitoring • Tables – Compare multiple devices for at-a-glance status of your network
• Trend graphing & aggregation • Alarms – Simplifies the management of alarms & events with intelligent filters
• Alarming & event logging • Reports – View critical information exactly how, where & when it's required
• Preconfigured & custom reports • Multi-language support
• Manual or automated control • Supports PowerLogic ION Enterprise software & System Manager software
migrations
For a free demo visit http://www.powerlogic.com/swpm_demo/
PowerSCADA Expert
Combining SCADA & Power Monitoring Softwares
The synergy of SCADA with power monitoring
PowerSCADA Expert software combines Schneider Electric's proven expertise in power monitoring with the functionality of a high-performance SCADA
system, creating a highly flexible, operator-oriented offer that can meet the unique needs of each and every customer. The software integrates seamlessly
with your electrical system and has the scalability to continue meeting your needs as they evolve over time.
Why not attend our CPD approved sessions on: Part L and Metering / Power Quality by contacting [email protected]
Schneider Electric Ltd Customer Support Centre
Stafford Park 5 Tel : 0870 608 8608
Telford Fax : 0870 608 8606
Shropshire TF3 3BL
Website : www.schneider-electric.co.uk
Naturally Ventilated LV Switchgear / Case Study - 83
Prism Power Group’s engineers have decades of combined experience Our focus on innovation, efficiency and environmentally friendly systems
designing and building LV Switchgear systems. We deliver the ultimate has led to the development of improved technologies for power provision,
in efficient and reliable solutions to fit requirements however large or small, with the benefits of reduced total cost of ownership and enhanced quality
standardised or unique. for our customers.
Naturally Ventilated LV Switchgear
Prism Power has undertaken an extensive engineering program and
became the first in the world to manufacture and achieve full independent
certification for a naturally ventilated 6300A 100kA LV Switchboard.
The program took a considerable amount of investment into the research,
development and testing of a new panel design that eliminated the need for
forced ventilation fans.
During rigorous testing in Berlin and Grenoble, the panel design was
proven to be capable of withstanding extreme temperature rise testing and
short circuit testing.
Prism Power’s self-ventilated switchboard system has been a major
technological advance in the switchgear manufacturing industry. It allows
switchgear systems of up to 6300A to be built and installed with great
efficiency and environmental savings.
The groundbreaking naturally ventilated technology is a vast improvement
on traditional systems that improves energy efficiency, reduces points of
failure and also cuts on-going maintenance costs.
The overall result of the avoidance of forced ventilation fans is lower
CapEx, lower OpEx, higher reliability, higher availability and a low-energy
‘green’ solution.
Case Study: Major Financial Data Centre Key benefits to the client from Prism Power’s naturally
ventilated LV switchboards
Prism Power Group’s technical expertise and flexible approach allows us
to provide a wide variety of solutions to meet the diverse needs of a global • Fewer components leading to greater reliability
client base. • Fans eliminated, resulting in reduced OpEx costs:
We undertake several projects each year for a major financial organisation. ▪ No fan running costs (power)
▪ No fan maintenance
Our largest instruction from the client to date was a complete LV switchgear ▪ No fan replacement cycle
package for a Tier 4 data centre build, including 6300A main switchboards, • Reduced capital expenditure:
submain switchboards and final distribution equipment. ▪ No initial fan costs
▪ No need for air-flow switches with associated alarm circuits
We were commissioned for the design and build of the mechanical and
electrical infrastructure for the first phase of this modular build data centre,
and the project was delivered on time and within budget.
Our engineers worked closely with the client from project conception,
design and project management, through to handover of the finished
system, providing a one-stop-shop.
By being involved in the design and delivery of the whole system, our
engineers were able to provide maximum peace of mind to the client by
ensuring that all technical considerations were reviewed and fully
coordinated.
The reliability and safety benefits derived from Prism Power’s low-energy
naturally ventilated switchboards, as well as the extensive cost savings and
efficiency enhancement associated with having no forced ventilation fans,
produced an exceptional switchgear product for the client that is totally
fit-for-purpose in this most critical of applications.
Prism Power Ltd Tel : 01923 296 700
Caxton Court Caxton Way
Watford Business Park Email : [email protected]
Watford Website : www.prismpower.co.uk
WD18 8RH
84 - Static UPS & Transfer Systems
SOCOMEC For High Quality Power Supply
Our UPS systems, static transfer systems and AC/DC converters (inverters and rectifiers, respectively) comprise the most complete range in the world
and cover a very wide range of applications for every sector of activity.
For further information and technical data sheets, please contact our office on 01285 86 33 00 or email [email protected]
IT & Networking / Server Rooms / IT Infrastructure / Data Centres
kVA 0.5 1 2 3 5 10 20 60 100 150 200 300 600 1000kVA
Desk Top / Tower UPS NETYS PI 600-800VA
1+1 desktop
NETYS PL 600-2000VA
1/1 Tower
NETYS PR 1-2kVA
ITYS 1/1 Tower
1-10kVA
1/1 Tower
Convertible 19” NETYS PR 1-1.5kVA
Rack & Rack / Tower UPS 1/1 19” Rack
NETYS PR 1.7-3.3kVA
NETYS RT 1/1
Convertible
Rack/Tower
1.1-11kVA
1/1
Convertible
Rack/Tower
Single Unit & 1+1 MASTERYS BC 8-120kVA
Configuration UPS DELPHYS BC 3/1 & 3/3
10-120kVA/kWA 160-300kVA
3/1 & 3/3 up to 3/3
720 kW
Single Parallel UPS Systems MASTERYS GP
DELPHYS GP 160-800kVA/kWA
DELPHYS MX 3/3 tp to 4 MVA
transformerless
250-900kVA/kW
3/3 transformer based
up to 5.4 MVA
Modular & Scalable UPS MODULYS 1.5-24kVA
Systems 1/1 & 3/1
MODULYS GP 25-600kVA/kW
3/3
fully modular
solution
Non-IT Applications - Industrial & Manufacturing Processes / Transport Infrastructure / Medical Equipment / Emergency Systems
kVA 0.5 1 2 3 5 10 20 60 100 150 200 300 600 1000kVA
Industrial Rugged UPS for MASTERYS IP+ 10-60kVA
Harsh Environments 3/1
MASTERYS IP+ 10-80kVA
3/3
Transformer Based UPS DELPHYS MP 80-200kVA
Elite 3/3 up to 1.2 MVA
DELPHYS MX 250-900kVA
3/3 up to 5.4 MVA
Industrial Modular DC Power SHARYS IP 24/48/108/120v
1.5-200A
Rectifiers up to
200A
Centralised Power Supply for Emergency 3-6kVA
Emergency Systems CPSS 1/1
MODULYS
Emergency 10-20kVA
CPSS 3/1
MASTERYS
Emergency 10-80kVA
CPSS 3/3
MASTERYS
Emergency 80-500kVA
CPSS DELPHYS 3/3
Solutions for Specific NETYS RT-M 1.1-3kVA
Environments ITYS ES 1/1 for marine
PHASYS applications
DELPHYS GP-S
1.1-3kVA
1/1 for electrical
substations
1.5-18kVA
Modular invertor
for telecom
invertors
160-500kVA
3/3 seismic
applications
Scalable UPS for IT & Networking / Server Rooms / Data Centres
DELPHYS XTEND Number of Xbays 4 4 2 5 4 5 2 6 5 6
single cable in / single cable Number of Xmodules (200 kW) 23 400 3 800 1000 400 34 1000 12000
out with distributed or 200 600 600 200 600 800
common bypass 400 800 400 600 800 1000
Power kW N 400 600 800
configuration 200 400 600
N+1
Power kW redundant
configuration
SOCOMEC U.K. Limited Tel : 01285 863300
Units 7A-9A Lakeside Business Park Fax : 01285 862304
Broadway Lane South Cerney
Cirencester Email : [email protected]
GL7 5XL Website : www.socomec.co.uk
Static UPS - An Overview & Application Design Guidance - 85
Static UPS systems provide continuous AC power protection by powering the system load via the inverter. This ensures that the voltage and frequency
supplied to the system load remain within close tolerances. In the event of a mains failure, the inverter continues to support the system load drawing its
DC power from the system battery, many types of which are now available. Many developments have recently occurred by using IGBT semi-conductor
technology, providing improved efficiency, self-monitoring, touch screens and modular construction.
By using IGBT rectifiers Emerson Network Power static UPS systems draw power at near unity power factor. This minimises the input current required
for any given load power and enables more real power to be drawn from an AC supply of a given current rating.
UPS systems are rarely operated at or near to full load, therefore the fact that the efficiency of Emerson Network Power static UPS systems is maintained
at almost the same high level from 100% load down to as low as 15% of system load becomes very significant to the overall running costs. UPS modules
can be easily paralleled for increased power or for N+1 redundancy.
By using the modular approach, that the ‘+1’ is a relatively small capacity enabling a high ratio of load to UPS capacity to be achieved. Modules can be
incorporated with internal static switches and isolators to form 10kW to 3MW+ systems, with “hot” swappable systems and being able to service units
without going to bypass.
Emerson Network Power UPS systems with IGBT inverters can support any leading or lagging load power factor and all non-linear computer loads.
A modern module UPS incorporating switchgear enabling online servicing and hot swappable options
CORE#4 CORE#3 U4,V4,W4 N CORE#1 CORE#2
QS4-3 QS4-2
N N
3-PH 3-PH
QS4-4 QS4-4
N N
3-PH 3-PH
CORE
SWITCHES
STATIC CUSTOMER CORE
SWITCH CONNECTIONS SWITCHES
AREA
Power QS1-1
Interface 3-PH
QS1-3 QS1-2
3-PH 3-PH
QS1-4 QS9-1
3-PH +/-
QS9-3 QS9-2
+/- +/-
QS9-4
+/-
U2,V2,W1 QS2
QS3
N
U1,V1,W1
+/- (4)
+/- (3)
+/- (2)
+/- (1)
Typical physical data for modern modular UPS systems Heat Electrical Output Electrical Input Battery (MinVDC=396 Max VDC=700,
(400V 50Hz) (400V 50Hz) End of Discharge = 1.65VDC/Cell)
Physical
Min Input VAC = 200 No. of Modules Efficiency % @ 75% Modes Dims (mm) Lug Size Cable SizeMax per )xob I/O il.(cn kg Weight excl. Batteries Airflow Heat OutputMax (Incl.
Max Input VAC=460, Max. Module Size Phase & Earth Battery Recarge)
kW OutputMax
Input p.f.=0.99 kVA OutputMax
Rating IMax
kWInput
kVAInput
Input AmpsMax
No. VRLA CellsMin
No. of VRLA CellsMax
Battery Charging
Amps
Available Batteries
º25C @ VRLA,
kVA
V m Ni-Cd,
IF /³h Li-ion
M IV V IV H W m m variable kW kW kVA IAC kW kVA IAC IDC
loed V IF FVD D m m
kVA FD ² MAX 7
kW 8.7
1300 11.1
1300 16.7 or Wet
2600 20.8
80-eXL 160 144 1 160 Y N Y 1950 750 900 1x185 475 2600 19 144 160 232 165 166 240 240 300 30 V N L
3250 23
M10 8900 28
8900 38
80-eXL 200 180 1 200 Y N Y 1950 750 900 1x240 475 6300 47 180 200 290 209 211 305 240 300 36 V N L
10000 56
80-eXL 300 270 1 300 96.7 n/a 98.7 Y N Y 1950 1000 900 2x240 725 12600 66 270 300 434 309 312 450 240 300 57 V N L
12600 75 360 400 578 412 416 600 240 300 72 V N L
80-eXL 400 360 1 400 Y N Y 1950 1000 900 M12 2x240 725 15200 94
18900 113
80-eXL 500 450 1 500 Y N Y 1950 1250 900 2x300 950 23700 150 450 500 722 514 520 750 240 300 91 V N L
910 2x300 2490 26300 188
Trinergy 500 450 3 200 Y Y Y 1910 3475 910 2490 34100 450 500 722 617 624 900 240 300 201 V N L
Cube 910 4x300 2290 39300
910 M12x50 2910
Trinergy 600 540 3 200 Y Y Y 1910 3475 910 3530 540 600 866 617 624 900 264 300 69 V N L
Cube 910 8x300 3530
910 10x300 3530
Trinergy 750 675 2 400 Y Y Y 1910 2975 910 12x300 4970 675 750 1083 805 813 1174 252 300 133 V N W
Cube 910 6510
1820 6210
Trinergy 1000 900 3 400 Y Y Y 1910 4175 1820 8070 900 1000 1443 1208 1220 1761 240 500 364 V N W
Cube 1820 9310
Trinergy 1250 1125 4 400 Y Y Y 1950 4850 1125 1250 1804 1610 1627 2348 240 300 596 V N W
Cube
Trinergy 1500 1350 4 400 Y Y Y 1950 4850 1350 1500 2165 1610 1627 2348 252 300 266 V N W
Cube
96.7 >99% >99%
Trinergy
Cube 1750 1575 5 400 Y Y Y 1950 7175 1575 1750 2526 2013 2033 2935 240 300 497 V N W
Trinergy 2000 1800 6 400 Y Y Y 1950 9250 1800 2000 2887 2416 2440 3522 240 300 729 V N W
Cube
Trinergy 2500 2250 7 400 Y Y Y 1950 9225 2250 2500 3608 2818 2847 4109 240 300 630 V N W
Cube
Trinergy 3000 2700 8 400 Y Y Y 1950 5750 2700 3000 4330 3221 3253 4696 252 300 531 V N W
Cube
Trinergy 4000 3600 11 400 Y Y Y 1950 7850 3600 4000 5774 4429 4474 6457 240 300 896 V N W
Cube
Trinergy 5000 4500 13 400 Y Y Y 1950 9925 4500 5000 7217 5234 5287 7631 252 300 698 V N W
Cube
Note: Always check latest brochures for up to date information
Emerson Network Power Tel : 023 8061 0311
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86 - Broadcrown 50Hz Diesel Generators Technical Data
Product Reference Specifications CUMMINS RANGE 650kVA to 2500kVA Generator Sets
Genset Model # Prime Rating (PRP) Rating Engine Specifications Alternator Open Set Version
or Standby (ESP) Model
kVA kWe Engine Cylinder Cubic Fuel Cons HCI 534 F Dimensions Weight Fuel Tank
Model Arrangement Capacity 100% Load HCI 534 F Length x Width x Height (wet) Capacity
BCC 650P-50 PRP 650 520 HCI 634 G (kg)
BCC 700S-50 ESP 700 560 VTA 28 G5 12 Vee (litres) (l/h) HCI 634 G (mm) 5820 (litres)
BCC 800P-50 PRP 800 640 VTA 28 G5 12 Vee 28 140 HCI 634 H 4150 × 1570 × 2140 5820 720
BCC 850S-50 ESP 850 680 QSK 23 G3 6 inline 28 154 HCI 634 H 4150 × 1575 × 2140 6195 720
BCC 910P-50 PRP 910 728 QSK 23 G3 6 inline 161 HCI 634 J 4200 × 1800 × 2220 6195 720
BCC 1000S-50 ESP 1000 880 KTA 38 G3 12 Vee 23.15 178 HCI 634 J 4200 × 1800 × 2220 8480 720
BCC 1000P-50 ESP 1000 800 KTA 38 G3 12 Vee 23.15 198 HCI 634 J 4350 × 1760 × 2440 8480 –
BCC 1100S-50 ESP 1100 880 KTA 38 G5 12 Vee 37.8 221 HCI 634 J 4350 × 1760 × 2440 8480 –
BCC 1010P-50 PRP 1000 800 KTA 38 G5 12 Vee 37.8 209 PI 734 A 4350 × 1760 × 2440 8480 –
BCC 1110S-50 ESP 1100 880 QST 30 G4 12 Vee 37.8 228 PI 734 B 4350 × 1760 × 2440 7085 –
BCC 1250P-50 PRP 1250 1000 QST 30 G4 12 Vee 37.8 202 PI 734 B 4740 × 1760 × 2340 7085 –
BCC 1400S-50 PRP 1400 1120 KTA 50 G3 16 Vee 30.48 224 PI 734 C 4740 × 1760 × 2340 10200 –
BCC 1400P-50 ESP 1400 1120 KTA 50 G3 16 Vee 30.48 261 PI 734 C 5200 × 1760 × 2330 10200 –
BCC 1500P-50 ESP 1500 1200 KTA 50 G8 16 Vee 50.3 293 PI 734 E 5200 × 1760 × 2330 11010 –
BCC 1660S-50 PRP 1660 1328 KTA 50 GS8 16 Vee 50.3 289 PI 734 E 5560 × 2000 × 2440 11010 –
BCC 1875P-50 PRP 1875 1500 KTA 50 G8 16 Vee 50.3 307 PI 734 F 5560 × 2000 × 2440 11010 –
BCC 2000S-50 ESP 2000 1600 QSK 60 G3 16 Vee 50.3 345 PI 734 F 5560 × 2000 × 2440 13800 –
BCC 2000P-50 PRP 2000 1600 QSK 60 G3 16 Vee 50.3 363 PI 734 G 5530 × 1870 × 2710 13800 –
BCC 2250S-50 ESP 2250 1800 QSK 60 G4 16 Vee 60.2 406 PI 734 G 5530 × 1870 × 2710 14210 –
BCC 2200P-50 PRP 2200 1760 QSK 60 G4 16 Vee 60.2 394 LVSI 804 R2 5990 x 2340 x 2870 14210 –
BCC 2360S-50 ESP 2360 1888 QSK 60 G8 16 Vee 60.2 437 5990 x 2340 x 2870 14210 –
BCC 2500S-50 ESP 2500 2000 QSK 60 G8 16 Vee 60.2 455 5990 x 2340 x 2870 14210 –
QSK 60 G8 16 Vee 60.2 500 5990 x 2340 x 2870 16320 –
60.2 500 6000 x 2325 x 2900 –
60.2
Product Reference Specifications MTU RANGE 450kVA to 3350kVA Generator Sets
Genset Model # Prime Rating (PRP) Rating Engine Specifications Alternator Open Set Version
or Standby (ESP) Model
kVA kWe Engine Cylinder Cubic Fuel Cons HCI 544 C Dimensions Weight Fuel Tank
Model Arrangement Capacity 100% Load HCI 544 C Length x Width x Height (wet) Capacity
HCI 544 D (kg)
BCMU 450P-50 PRP 450 360 10V 1600 G10 (FO) 10 Vee (litres) (l/h) HCI 544 D (mm) 4400 (litres)
BCMU 500S-50 ESP 500 400 10V 1600 G10 (FO) 10 Vee 17.5 91.1 HCI 544 E 2800 x 1310 x 1500 4400 710
BCMU 500P-50 PRP 500 400 10V 1600 G20 (FO) 10 Vee 17.5 99.8 HCI 544 E 2800 x 1310 x 1500 4500 710
BCMU 550S-50 ESP 550 440 10V 1600 G20 (FO) 10 Vee 17.5 99.8 HCI 544 F 2800 x 1310 x 1500 4500 710
BCMU 600P-50 PRP 600 480 12V 1600 G10 (FO) 12 Vee 17.5 109.2 HCI 544 F 2800 x 1310 x 1500 5000 710
BCMU 660S-50 ESP 660 528 12V 1600 G10 (FO) 12 Vee 17.5 117.9 HCI 634 G 3000 x 1310 x 1500 5000 710
BCMU 660P-50 PRP 660 528 12V 1600 G20 (FO) 12 Vee 17.5 129.7 HCI 634 G 3000 x 1310 x 1500 5000 710
BCMU 725S-50 ESP 725 580 12V 1600 G20 (FO) 12 Vee 17.5 129.7 HCI 634 H 3000 x 1310 x 1500 5000 710
BCMU 800P-50 PRP 800 640 12V 2000 G65 TD (FO) 12 Vee 17.5 142.7 HCI 634 H 3000 x 1310 x 1500 5925 710
BCMU 860S-50 ESP 860 688 12V 2000 G65 TD (FO) 12 Vee 23.88 138 HCI 634 J 4160 x 1600 x 2115 5925 –
BCMU 910P-50 PRP 910 728 16V 2000 G25 TD (FO) 16 Vee 23.88 151.1 HCI 634 J 4160 x 1600 x 2115 7220 –
BCMU 1000S-50 ESP 1000 800 16V 2000 G25 TD (FO) 16 Vee 31.84 188 PI 734 A 4500 x 1690 x 2240 7220 –
BCMU 1010P-50 PRP 1010 808 16V 2000 G65 TD (FO) 16 Vee 31.84 206.6 PI 734 A 4500 x 1690 x 2240 7220 –
BCMU 1100S-50 ESP 1100 880 16V 2000 G65 TD (FO) 16 Vee 31.84 206.6 PI 734 B 4500 x 1690 x 2240 7220 –
BCMU 1130P-50 PRP 1130 904 18V 2000 G65 TD (FO) 18 Vee 34.84 229.5 PI 734 B 4500 x 1690 x 2240 8485 –
BCMU 1240S-50 ESP 1240 992 18V 2000 G65 TD (FO) 18 Vee 35.82 236.8 PI 734 C 4770 x 2130 x 2490 8485 –
BCMU 1250P-50 PRP 1250 1000 12V 4000 G21R (FO) 12 Vee 35.82 263.1 PI 734 C 4770 x 2130 x 2490 13500 –
BCMU 1400S-50 ESP 1400 1120 12V 4000 G21R (FO) 12 Vee 57.2 242 PI 734 D 5260 x 2310 x 3220 13500 –
BCMU 1400P-50 PRP 1400 1120 12V 4000 G23R (FO) 12 Vee 57.2 266.6 PI 734 D 5260 x 2310 x 3220 14000 –
BCMU 1540S-50 ESP 1540 1232 12V 4000 G23R (FO) 12 Vee 57.2 271.5 PI 734 E 5260 x 2310 x 3220 14000 –
BCMU 1650P-50 PRP 1650 1320 12V 4000 G23 (FO) 12 Vee 57.2 298.6 PI 734 E 5260 x 2310 x 3220 14300 –
BCMU 1770S-50 ESP 1770 1416 12V 4000 G23 (FO) 12 Vee 57.2 314.6 PI 734 F 5260 x 2310 x 3220 14300 –
BCMU 1800P-50 PRP 1800 1440 12V 4000 G63 (FO) 12 Vee 57.2 347.9 PI 734 F 5260 x 2310 x 3220 17380 –
BCMU 2000S-50 ESP 2000 1600 12V 4000 G63 (FO) 12 Vee 57.2 356.4 PI 734 G 6080 x 2310 x 3220 17380 –
BCMU 2100P-50 PRP 2100 1680 16V 4000 G23 (FO) 16 Vee 57.2 398.2 PI 734 G 6080 x 2310 x 3220 17380 –
BCMU 2200S-50 ESP 2200 1760 16V 4000 G23 (FO) 16 Vee 76.3 404.7 LVSI 804 R2 6080 x 2310 x 3220 17380 –
BCMU 2200P-50 PRP 2200 1760 16V 4000 G63 (FO) 16 Vee 76.3 442.9 LVSI 804 S2 6080 x 2310 x 3220 17380 –
BCMU 2360S-50 ESP 2360 1888 16V 4000 G63 (FO) 16 Vee 76.3 440 LVSI 804 S2 6080 x 2310 x 3220 17380 –
BCMU 2500S-50 PRP 2500 2000 16V 4000 G63 (FO) 16 Vee 76.3 496.8 LVSI 804 S2 6080 x 2310 x 3220 17500 –
BCMU 2500P-50 ESP 2500 2000 20V 4000 G23 (FO) 20 Vee 76.3 499.5 LVSI 804 S2 6150 x 2310 x 3220 20800 –
BCMU 2750S-50 PRP 2750 2200 20V 4000 G23 (FO) 20 Vee 95.4 495.2 LVSI 804 T2 6910 x 2360 x 3090 20800 –
BCMU 2800P-50 ESP 2800 2240 20V 4000 G63 (FO) 20 Vee 95.4 547.5 LVSI 804 T2 6910 x 2360 x 3090 20480 –
BCMU 3050S-50 PRP 3050 2440 20V 4000 G63 (FO) 20 Vee 95.4 539 6920 x 2360 x 3200 20480 –
BCMU 3050P-50 ESP 3050 2440 20V 4000 G63L (FO) 20 Vee 95.4 605.4 6920 x 2360 x 3200 20480 –
BCMU 3350S-50 PRP 3350 2680 20V 4000 G63L (FO) 20 Vee 95.4 583 6920 x 2360 x 3200 20480 –
95.4 654.6 6920 x 2360 x 3200 –
Broadcrown Ltd (Group Headquarters) Tel : +44 (0) 1889 272200
Airfield Industrial Estate Fax : +44 (0) 1889 272220
Hixon
Stafford Email : [email protected]
Staffs ST18 0PF Website : www.broadcrown.com
Broadcrown 50Hz Diesel Generators Technical Data - 87
Product Reference Specifications PERKINS RANGE 650kVA to 2500kVA Generator Sets
Genset Model # Prime Rating (PRP) or Rating at 400/230V Engine Specifications Alternator Open Set Version
Standby (ESP) Model
kVA kWe Engine Cylinder Cubic Fuel Cons Dimensions Weight Fuel Tank
Model Arrangement Capacity 100% Load Length x Width x Height (wet) Capacity
(kg)
(litres) (l/h) (mm) 5850 (litres)
3850 × 1540 × 2020 5850 720
BCP 650P-50 PRP 650 520 2806A-E18TAG2 (FO) 6 inline 18.13 132 HCI 534 F 3850 × 1540 × 2020 6754 720
BCP 700S-50 ESP 700 560 2806A-E18TAG2 (FO) 6 inline 18.13 143 HCI 534 F 4400 × 1832 × 2166 6754 720
BCP 750P-50 PRP 750 600 4006-23TAG2A (FO) 6 inline 22.92 157 HCI 634 G 4400 × 1832 × 2166 6754 720
BCP 800S-50 ESP 800 640 4006-23TAG2A (FO) 6 inline 22.92 173 HCI 634 G 4400 × 1832 × 2166 6754 720
BCP 800P-50 PRP 800 640 4006-23TAG3A (FO) 6 inline 22.92 172 HCI 634 G 4400 × 1832 × 2166 8230 720
BCP 850S-50 ESP 850 680 4006-23TAG3A (FO) 6 inline 22.92 194 HCI 634 G 4920 × 1930 × 2330 8230 -
BCP 900P-50 PRP 900 720 8 inline 30.6 194 HCI 634 H 4920 × 1930 × 2330 8230 -
BCP 1000S-50 ESP 1000 800 4008-TAG1A (FO) 8 inline 30.6 217 HCI 634 H 4920 × 1930 × 2330 8230 -
BCP 1000P-50 PRP 1000 800 4008-TAG1A (FO) 8 inline 30.6 220 HCI 634 J 4920 × 1930 × 2330 9590 -
BCP 1100S-50 ESP 1100 880 4008-TAG2A (FO) 8 inline 30.6 248 HCI 634 J 4790 × 1810 × 2550 9590 -
BCP 1250P-50 PRP 1250 1000 4008-TAG2A (FO) 12 Vee 45.48 258 PI 734 A 4790 × 1810 × 2550 9995 -
BCP 1380S-50 ESP 1380 1104 4012-46TWG2A (FO) 12 Vee 45.48 287 PI 734 B 5490 × 1810 × 2540 9995 -
BCP 1350P-50 PRP 1350 1080 4012-46TWG2A (FO) 12 Vee 45.84 224 PI 734 B 5490 × 1810 × 2540 9995 -
BCP 1480S-50 ESP 1480 1184 4012-46TAG1A (FO) 12 Vee 45.84 308 PI 734 B 5490 × 1810 × 2540 9995 -
BCP 1500P-50 PRP 1500 1200 4012-46TAG1A (FO) 12 Vee 45.84 301 PI 734 C 5490 × 1810 × 2540 10535 -
BCP 1650S-50 ESP 1650 1320 4012-46TAG2A (FO) 12 Vee 45.84 335 PI 734 C 5490 × 1810 × 2540 10535 -
BCP 1725P-50 PRP 1725 1380 4012-46TAG2A (FO) 12 Vee 45.84 370 PI 734 E 5490 × 1810 × 2540 13210 -
BCP 1890S-50 ESP 1890 1512 4012-46TAG3A (FO) 12 Vee 45.84 405 PI 734 E 6000 × 2290 × 2890 13210 -
BCP 1850P-50 PRP 1850 1480 4012-46TAG3A (FO) 16 Vee 61.12 383 PI 734 E 6000 × 2290 × 2890 16577 -
BCP 2000S-50 ESP 2000 1600 4016-TAG1A (FO) 16 Vee 61.12 424 PI 734 E 6000 × 2290 × 2890 16577 -
BCP 2050P-50 PRP 2050 1640 4016-TAG1A (FO) 16 Vee 61.12 434 PI 734 F 6000 × 2290 × 2890 14900 -
BCP 2250S-50 ESP 2250 1800 4016-TAG2A (FO) 16 Vee 61.12 483 PI 734 F 6400 x 2320 x 2965 14900 -
BCP 2250P-50 PRP 2250 1800 4016-TAG2A (FO) 16 Vee 61.12 473 LVSI 804 R2 6400 x 2320 x 2965 -
BCP 2500S-50 ESP 2500 2000 4016-61TRG3A (FO) 16 Vee 61.12 528 LVSI 804 R2
4016-61TRG3A (FO)
Product Reference Specifications JOHN DEERE RANGE 14.5kVA to 330kVA Generator Sets
Genset Model # Prime Rating (PRP) Standby Rating (ESP) Engine Specifications Alternator Open Set Version
Model
kVA kWe kVA kWe Engine Cylinder Cubic Fuel Cons Dimensions Weight Fuel Tank
Model Arrangement Capacity 100% Load Length x Width x Height (wet) Capacity
(kg)
(litres) (l/h) (mm) (litres)
820
BCJD 22-50 20 16 22 17.6 3029 DF128 3 inline 2.9 5.7 PI 144 D 1630 × 650 × 1370 820 95
1630 × 650 × 1370 1235 95
BCJD 30-50 28 22 30 24 3029 DF128 3 inline 2.9 4.6 PI 144 F 2080 × 670 × 1370 880 150
2080 × 670 × 1370 1250 155
BCJD 42-50 E2 38 30 42 34 3029 HFU70 3 inline 2.9 10.1 PI 144 J 2300 × 850 × 1550 1272 225
2080 × 670 × 1450 1350 150
BCJD 44-50 40 32 44 35 3029 TF158 3 inline 2.9 9.7 PI 144 J 2300 × 850 × 1620 1280 225
2300 × 850 × 1570 2330 230
BCJD 64-50 E2 60 48 64 51.2 4045 TFU70 4 inline 4.5 14.8 UCI 224 E 2300 × 850 × 1620 2200 225
2300 × 850 × 1570 1675 225
BCJD 65-50 60 48 65 52 4045 TF158 4 inline 4.5 15.9 UCI 224 E 2700 × 800 × 1580 1770 275
2700 × 800 × 1650 1850 275
BCJD 88-50 E2 80 64 88 70.4 4045 HFU72 4 inline 4.5 19.8 UCI 224 G 2700 × 800 × 1580 1770 260
2700 × 800 × 1650 1850 275
BCJD 90-50 80 64 90 72 4045 TF258 4 inline 4.5 22.9 UCI 224 G 2700 × 800 × 1580 1770 260
2700 × 800 × 1650 2140 275
BCJD 110-50 100 80 110 88 4045 HF158 4 inline 4.5 27.5 UCI 274 C 3050 × 1030 × 1790 3125 380
3420 × 1140 × 2080 3345 710
BCJD 110-50 E2 100 80 110 88 4045 HFU79 4 inline 4.5 23.8 UCI 274 C 3420 × 1140 × 2080 710
BCJD 130-50 120 96 130 104 6068 TF258 6 inline 6.8 26.6 UCI 274 E
BCJD 150-50 140 112 150 120 6068 HF158 6 inline 6.8 31.5 UCI 274 E
BCJD 150-50 E2 140 112 150 120 6068 HFU79 6 inline 6.8 31.2 UCI 274 E
BCJD 165-50 150 120 165 132 6068 HF158 6 inline 6.8 33.8 UCI 274 F
BCJD 165-50 E2 150 120 165 132 6068 HFU79 6 inline 6.8 32.8 UCI 274 F
BCJD 200-50 180 144 200 160 6068 HF258 6 inline 6.8 40.7 UCI 274 H
BCJD 220-50 E2 200 160 220 176 6068 HFU74 6 inline 6.8 40.1 UCI 274 H
BCJD 275-50 E2 250 200 275 220 6090 HF475 6 inline 9 53.8 UCDI 274 K
BCJD 330-50 E2 300 240 330 264 6090 HF475 6 inline 9 64.1 HCI 444 D
Product Reference Specifications VOLVO RANGE 3 PHASE 275kVA TO 700kVA Generator Sets
Genset Model # Prime Rating (PRP) Standby Rating (ESP) Engine Specifications Alternator Open Set Version
Model
BCV 275-50 E2 kVA kWe kVA kWe Engine Cylinder Cubic Fuel Cons Dimensions Weight Fuel Tank
BCV 300-50 E2 Model Arrangement Capacity 100% Load UCDI 274 K Length x Width x Height (wet) Capacity
BCV 360-50 E2 250 200 275 220 HCI 444 D (kg)
BCV 385-50 E2 275 220 300 240 TAD734GE 6 inline (litres) (l/h) HCI 444 E (mm) 2280 (litres)
BCV 415-50 E2 325 260 360 288 TAD940GE 6 inline 7.15 53.8 HCI 444 E 3050 × 1030 × 1590 3855 394
BCV 440-50 E2 350 280 385 308 TAD941GE 6 inline 9.36 59.4 HCI 444 F 3420 × 1140 × 1920 3940 711
BCV 500-50 E2 375 300 415 332 TAD1342GE 6 inline 9.36 69.6 HCI 444 F 3420 × 1140 × 1920 4300 711
BCV 550-50 E2 400 320 440* 352 TAD1343GE 6 inline 12.78 70.1 HCI 544 C 3420 × 1140 × 2030 4440 711
BCV 660-50 450 360 500 400 TAD1344GE 6 inline 12.78 75.4 HCI 544 D 3420 × 1140 × 2030 4460 711
BCV 700-50 500 400 550 440 TAD1345GE 6 inline 12.78 82.8 HCI 544 E 3420 × 1140 × 2030 4915 711
600 480 660 528 TAD1641GE 6 inline 12.78 91.5 HCI 544 F 3710 × 1187 × 2030 5250 755
635 508 700 560 TAD1642GE 6 inline 16.12 102.9 3710 × 1187 × 2270 5400 755
TWD1643GE 6 inline 16.12 119.3 3710 × 1187 × 2270 5500 755
16.12 129 3870 × 1490 × 2110 540
*425kVA At 380V Standby Reference Conditions
Output ratings are based on gensets operating at: 25ºC (77ºF) air inlet temperature, 100kPa
RATING DEFINITIONS barometric pressure [110m (361ft) altitude] and 30% relative humidity.
Prime Power (PRP) For de-rating, please contact Broadcrown Sales Department.
These ratings are suitable for continuous operation in a variable load application in lieu of the Notes
main power network. There is no limitation to the annual hours of operation. A 10% overload is All data in accordance with ISO3046, DIN6271, ISO8528 standards. Other voltages available,
available for 1 hour in every 12 hours of operation. please refer to Data Sheet or consult Broadcrown Sales Department.
Standby Power (ESP) Specifications and design subject to change without notice.
These ratings are suitable for the supply of emergency power in a variable load application in the For updates refer to our website, www.broadcrown.com
event of a main power network failure for a limited number of hours per year.
No overload is available. All 3 phase ratings at 0.8 Power Factor.
Broadcrown Ltd (Group Headquarters) Tel : +44 (0) 1889 272200
Airfield Industrial Estate Fax : +44 (0) 1889 272220
Hixon
Stafford Email : [email protected]
Staffs ST18 0PF Website : www.broadcrown.com
88 - Cummins Power Generation - Diesel Generators
Cummins Genset Range: 17 to 550kVA – 50 Hz Range (60 Hz Range Available)
Mode Standby Rating Prime Rating DCC Rating Engine Model Emissions Standard Standard Open Dimensions (mm) Enclosed Dimensions Wet
Name Alternator Controller weight
kVA kW kVA kW kVA kW LxWxH (mm) L x W x H (kg)*
C17 D5 16.5 13 15 12 – – X2.5-G2 PI044G PS0500 1667 x 930 x 1282 2082 x 987 x 1525 752
838
C20 D5R – – 20 16 – – V2403-M-E3BG SIIIA PI144D1 1.1 N/A 1700 x 780 x 1250 776
799
C22 D5 22 17 20 16 – – X2.5-G2 PI144D PS0500 1667 x 930 x 1282 2082 x 987 x 1525 859
872
C28 D5 27.5 22 25 20 – – X2.5-G2 PI144F PS0500 1667 x 930 x 1282 2082 x 987 x 1525 1634
1107
C33 D5 33 26 30 24 – – X3.3-G1 PI144G 1.1 1753 x 930 x 1250 2242 x 967 x 1513 1117
1692
C38 D5 38 30 35 28 – – X3.3-G1 PI144H 1.1 1753 x 930 x 1250 2242 x 967 x 1513 1170
1723
C40 D5R – – 40 32 – – 4BTAA3.3-G11 SIIIA UC224C 1.1 N/A 2500 x 1100 x 1800 2108
1742
C44 D5 44 35 40 32 – – S3.8-G4 UCI224C PS0500 2115 x 1044 x 1516 2600 x 1115 x 1795 1504
2948
C55 D5 55 44 50 40 – – S3.8-G6 UCI224D PS0500 2115 x 1044 x 1516 2600 x 1115 x 1795 1556
1572
C60 D5R – – 60 48 – – 4BTAA3.3-G11 SIIIA UC224E 1.1 N/A 2500 x 1100 x 1800 1670
3044
C66 D5R 66 52 60 48 – – S3.8-G7 UCI224F PS0500 2115 x 1044 x 1516 2600 x 1115 x 1795 1670
2050
C90 D5 90 72 82 65 – – 6BTA5.9-G5 UCI224G 1.2 2268 x 1094 x 1576 3151 x 1142 x 1714 2100
4421
C100 D2R – – 100 80 – – QSB5-G5 SIIIA UC274C 1.1 N/A 2918 x 1141 x 1912 2171
2394
C110 D5 110 88 100 80 – – 6BTA5.9-G5 UCI274C 1.2 2268 x 1094 x 1576 3151 x 1142 x 1714 4718
2394
C150 D5 150 120 136 109 – – 6BTAA5.9-G6 UCI274E 1.2 2537 x 1090 x 1846 3460 x 1090 x 2387 2171
2394
C150 D2R – – 150 120 – – QSB7-G5 SIIIA UC274C 1.2 / 3.3 N/A 3900 x 1100 x 2200 2394
2394
C170 D5 170 136 155 124 – – 6BTAA5.9-G7 UCI274F 1.2 2537 x 1090 x 1846 3460 x 1090 x 2387 3386
3563
C175 D5e 175 140 158 126 – – QSB7-G5 IIIA UCI274F 1.2 2656 x 1100 x 1658 3900 x 1100 x 2246 3683
4053
C200 D5e 200 160 182 146 – – QSB7-G5 IIIA UCI274H 1.2 2656 x 1100 x 1658 3900 x 1100 x 2246 4053
3878
C200 D2R – – 200 160 – – QSB7-G5 SIIIA UC274F 1.2 / 3.3 N/A 3900 x 1100 x 2200 4121
4121
C220 D5e 220 176 200 160 – – QSB7-G5 IIIA UCI274H 1.2 2656 x 1100 x 1658 3900 x 1100 x 2246 4121
New C220 D5 220 176 200 160 – – 6CTAA8.3-G7 UCI274H 1.2 2746 x 1100 x 1646 3672 x 1155 x 2149
New C250 D5 250 200 227 182 – – 6CTAA8.3-G9 UCDI274J 1.2 2746 x 1100 x 1928 3672 x 1155 x 2149
C250 D2R – – 250 200 – – QSL9-G3 SIIIA UC274K 1.2 / 3.3 N/A 4370 x 1430 x 2500
C275 D5 275 220 250 200 – – QSL9-G5 4g UCDI274K 1.2 3135 x 1100 x 1928 4253 x 1424 x 2224
C300 D5 300 240 275 220 – – QSL9-G5 4g HCI4D 1.2 3135 x 1100 x 1928 4253 x 1424 x 2224
C300 D2R – – 300 240 – – QSL9-G7 SIIIA HCI4D 3.3 N/A 4370 x 1430 x 2500
C330 D5 330 264 300 240 – – QSL9-G5 4g HCI4D 1.2 3135 x 1100 x 1928 4253 x 1424 x 2224
New C250 D5e 250 200 225 180 – – QSL9-G7 IIIA UCDI274K 1.2 3135 x 1100 x 1928 4253 x 1424 x 2224
New C275 D5e 275 220 250 200 – – QSL9-G7 IIIA HCI4D 1.2 3135 x 1100 x 1928 4253 x 1424 x 2224
New C300 D5e 300 240 275 220 – – QSL9-G7 IIIA HCI4D 1.2 3135 x 1100 x 1928 4253 x 1424 x 2224
New C330 D5e 330 264 300 240 – – QSL9-G7 IIIA HCI4D 1.2 3135 x 1100 x 1928 4253 x 1424 x 2224
C350 D5 350 280 320 256 – – NT855-G6 HCI4E 2100 3549 x 1100 x 2078 5110 x 1563 x 2447
C400 D5 400 320 360 288 – – NTA855-G4 HCI4F 2100 3549 x 1100 x 2078 5110 x 1563 x 2447
C440 D5 440 352 400 320 – – NTA855-G7 HCI5C 2100 3549 x 1100 x 2115 5110 x 1563 x 2447
New C450 D5eB 450 360 409 327 – – QSZ13-G7 IIIA HCI5C 2.2 3686 x 1160 x 2266 5093 x 1564 x 2446
New C500 D5 500 400 455 364 – – QSZ13-G5 II HCI5C 2.2 3686 x 1160 x 2266 5093 x 1564 x 2446
C400 D5e 400 320 364 291 364 291 QSX15-G8 II HCI4F 2.2 3427 x 1500 x 2066 5106 x 1553 x 2447
C450 D5e 450 360 409 327 409 327 QSX15-G8 II HCI5C 2.2 3427 x 1500 x 2066 5106 x 1553 x 2447
C500 D5e 500 400 450 364 455 364 QSX15-G8 II HCI5C 2.2 3427 x 1500 x 2066 5106 x 1553 x 2447
C550 D5e 550 440 500 400 500 400 QSX15-G8 II HCI5D 2.2 3427 x 1500 x 2066 5106 x 1553 x 2447
* Wet weight for open sets without fuel.
Cummins Genset Range: 706 to 3750kVA – 50 Hz Range (60 Hz Range Available)
Model Name Standby Rating Prime Rating DCC Rating Engine Model Emissions Standard Standard Open Dimensions Wet weight
Alternator Controller (mm) L x W x H (kg)*
kVA kW kVA kW kVA kW
5839
C700 D5 706 565 640 512 640 512 VTA28-G5 HCI5F 3.3 3934 x 1468 x 2179 5844
6528
C825 D5A 825 660 750 600 750 600 VTA28-G6 HCI6G 3.3 4047 x 1609 x 2179 6680
6426
C825 D5 825 660 750 600 750 600 QSK23-G3 HCI6G 3.3 4266 x 1879 x 2052 8380
N/A
C900 D5 900 720 820 656 820 656 QSK23-G3 HCI6H 3.3 4266 x 1879 x 2052 7621
8380
C1000 D5 1041 833 939 751 939 751 QST30-G3 HCI6J 3.3 4302 x 1702 x 2139 8569
N/A
C1000 D5B 1000 800 900 720 – – KTA38-G14 HCI6K 3.3 4470 x 1785 x 2229 9613
10967
C1000 D2R – – 1000 800 – – KTA38-G14 U/R HCI634K 3.3 N/A 10967
12184
C1100 D5 1110 888 1000 800 1000 800 QST30-G4 HCI6K 3.3 4417 x 2000 x 2387 11926
11926
C1100 D5B 1132 906 1029 823 1029 823 KTA38-G14 HCI6K 3.3 4470 x 1785 x 2229 12484
12184
C1250 D5A 1250 1000 1125 900 – – KTA38-G9 PI734A 3.3 4722 x 1785 x 2241 11926
15736
C1250 D2R – – 1258 1005 – – KTA50-G3 U/R P7B 3.3 N/A 15296
17487
C1400 D5 1400 1120 1250 1000 1250 1000 KTA50-G3 PI734B 3.3 5105 x 2000 x 2238 15366
17217
C1675 D5 1675 1340 1400 1120 1400 1120 KTA50-G8 PI734D 3.3 5811 x 2033 x 2330 16882
17526
C1675 D5A 1675 1340 1500 1200 1500 1200 KTA50-GS8 PI734D 3.3 5811 x 2033 x 2330 18537
18311
1400 DQGAN* 1400 1120 1275 1020 1275 1020 QSK50-G4 T2 PI734B 3.3 6381 x 2285 x 2474 18311
17994
1540 DQGAH* 1540 1232 1400 1120 1400 1120 QSK50-G4 T2 PI734D 3.3 6381 x 2285 x 2474 18590
30700
1540 DQGAK* 1540 1232 1400 1120 1400 1120 QSK50-G4 PI734D 3.3 6381 x 2285 x 2474 30700
30700
1700 DQGAG* 1700 1269 1540 1232 1540 1232 QSK50-G4 T2 PI734D 3.3 6381 x 2285 x 2474 30700
1700 DQGAJ* 1700 1360 1540 1232 1540 1232 QSK50-G4 PI734F 3.3 6381 x 2285 x 2474
1825 DQGAM* 1825 1460 1650 1320 1650 1320 QSK50-G7 T2 PI734F 3.3 6381 x 2285 x 2474
C1760 D5e 1760 1408 1600 1280 1600 1280 QSK60-GS3 2g PI734D 3201 6175 x 2494 x 3422
C2000 D5 2063 1650 1875 1500 1875 1500 QSK60-G3 PI734F 3201 6175 x 2286 x 2537
C2000 D5e 2000 1600 1825 1460 1825 1460 QSK60-GS3 2g PI734F 3201 6175 x 2494 x 3422
C2250 D5 2250 1800 2000 1600 2000 1600 QSK60-G4 PI734G 3201 6175 x 2286 x 2537
C2500 D5A 2500 2000 2250 1800 2250 1800 QSK60-G8 LVSI804S 3201 6175 x 2494 x 3201
2000 DQKAH* 2000 1600 1825 1460 1825 1460 QSK60-G11 T2 PI734F 3.3 6759 x 2479 x 3096
2250 DQKAG* 2000 1800 2000 1600 2000 1600 QSK60-G11 T2 PI734F 3.3 6759 x 2479 x 3096
2500 DQKAJ* 2500 2000 2000 1600 2250 1800 QSK60-G18 T2 LVSI804S 3.3 6759 x 2479 x 3096
C2750 D5 2750 2200 2500 2000 2500 2000 QSK78-G9 LVS1804S 3.3 5670 x 2989 x 3197
C2750 D5e 2750 2200 2500 2000 2500 2000 QSK78-G15/G16 T2 / 2g LVS1804S 3.3 5670 x 2989 x 3197
C3000 D5 3000 2400 2750 2200 2750 2200 QSK78-G9 LVS1804S 3.3 5670 x 2989 x 3197
C3000 D5e 3000 2400 2750 2200 2750 2200 QSK78-G15/G16 T2 / 2g LVS1804S 3.3 5670 x 2989 x 3197
New C3500 D5 3500 2800 3125 2500 3125 2500 QSK95-G4 HVSI804X 3.3 7889 x 3028 x 3810
New C3500 D5e 3500 2800 3125 2500 3125 2500 QSK95-G10/G5 T2 / 2g HVSI804X 3.3 7889 x 3028 x 3810
New C3750 D5 3750 3000 3350 2680 3350 2680 QSK95-G4 HVSI804X 3.3 7889 x 3028 x 3810
New C3750 D5e 3750 3000 3350 2680 3350 2680 QSK95-G10 T2 HVSI804X 3.3 7889 x 3028 x 3810
* Wet weight for open sets without fuel. Models with (*) are Cummins Power Generation models that are qualified for seismic application, in accordance with IBC 2000, IBC 2003, IBC 2006, IBC 2009, IBC 2012.
NOTE: The above units are fitted with standard combinations. Bespoke configurations are also available as we offer cost effective turnkey solutions for a wide range of applications. Please ask for further details.
Cummins Data Centre Continuous (DCC) Rating
Cummins Power Generation has developed a diesel generator power output ratings category for data centre applications to ensure total reliability and
dependability for data centre operators. Data Centre Continuous (DCC) is defined as the maximum power which the generator is capable of delivering
continuously to a constant or varying electrical load for unlimited hours in a data centre application. The ratings greatly simplify the engineering design
process and make it easier for customers to achieve site certification from the Uptime Institute.
Data & Specification Sheets, Project Capability, White Papers & Case Studies Available at powersuite.cummins.com
Cummins Distribution Europe Tel : 08705 32 92 02
40-44 Rutherford Drive Fax : 01933 33 43 43
Park Farm Industrial Estate
Wellingborough Email : [email protected]
Northants NN8 6AN Website : www.cumminseurope.com
Cummins Power Generation - Generator Systems - 89
Digital Paralleling Systems & Switchgear
PowerCommand® Digital Master Controllers are designed and manufactured around standardised control blocks - delivering increased reliability, flexibility
and performance. Digital Master Controllers (DMC) provides seamless interface between the generator(s), PowerCommand® Controller (PCC), the site
switchgear and distribution systems. Furthermore, the DMC is a fully automatic controller suitable for unattended applications. DMCs are configurable
for use in many power systems architectures, including isolated bus paralleling and infinite bus (utility) applications.
Automatic Transfer Switches
PowerCommand® automatic transfer switches optimise performance and simplify operation and service. Transfer switches provide all necessary supply
sensing, generator starting and supply transfer functionality in one convenient unit.
PowerCommand® Digital Master Controllers Automatic Transfer Switches
DMC1000 DMC1500 DMC200 DMC300
Isolated Infinite Isolated Infinite
Feature Isolated Infinite Feature GTEC
Bus Bus Bus Bus
Custom engineering required Bus Bus –– ◊ ◊ Specification Light
Genset Controller Compatibility Duty 40-2000
PowerCommand 3100, 3200, 3301 & 3300 –– ●● ● ● Amp Range Up to 480 VAC
System Start Voltage Rating
Common system start directly to gens (bypasses PLC or MCM) ●● –– ◊ ◊ Phases 1 or 3
Common system start to genset based on DMC monitoring ●● ◊ ◊ Frequency 50 or 60 Hz
Enable / Disable automatic start signal when system is in manual ●● ●● – – Poles
Manual start & breaker open / close control of individual gensets from HMI –● ◊◊ ● ● Warranty 2, 3, 4
Genset Paralleling –– Operating temperature Range (C) 1 year
Parallel up to 4 gensets –– ●● ● ● Switch Mechanism -30 to 60°C
Parallel up to 8 gensets ◊◊ ● ● Open Transition
Parallel more than 8 gensets (requires custom touchscreen development) ●● –– ◊ ◊ Programmed Transition ●
Load Demand –– Utility-to-Genset ●
Fixed Sequence, non-PCC3300 –– ●– ◊ ◊ Genset-to-Genset ●
Run Hour Sequence, non-PCC3300 ●– ● ◊ WCR with Specified Circuit Breaker ●
Fixed Sequence, PCC3300 ●– ●● ● ◊ WCR with Current Limiting Fuses 25 – 65 kA
Run Hour Sequence, PCC3300 ●– ●● ◊ ◊ Control 25 – 65 kA
Multiple Load Busses ●– –– ◊ ◊ Type of Control
Load Add / Shed ●– Operator Panel Basic Micro
Priority Based – 6 Levels/6 Loads –– ◊◊ ◊ ◊ Load Connected to Normal LED
Priority Based – 8 Levels/8 Loads –– ● ● Normal Source Available LED ●
Priority Based – 10 Levels/10 Loads ◊◊ ◊◊ ◊ ◊ Load Connected to Emergency LED ●
Priority Based – 16 Levels/32 Loads –– –– ◊ ◊ Emergency Source Available LED ●
Capacity Based – single bus / Priority Based – multiple bus –– –– ◊ ◊ Control Functions ●
Manual Load Add / Shed control –– –– ● ● 3-phase Voltage Sensing – Utility
System Test & System Scheduler (Exercise) –– 3-phase Voltage Sensing – Generator ●
System Test – Without load / With Load –– ●● ● ● Electrical Isolation from AC – Mains Single Phase
Test ●● ◊ ◊ O/U Voltage Sensing Utility High Impedance
Extended Parallel ●● –● ◊ ◊ O/U Voltage Sensing Generator
Extended Utility Paralleling kW Control ●● Voltage Sensing Accuracy U/V Only
Genset Bus % Level (Open Loop / Base Load) –● –● – ● O/U Frequency Sensing Utility U/V Only
Genset kW (Open Loop / Base Load) –– – ● O/U Frequency Sensing Generator
Individual Genset kW (Open Loop / Base Load) –● –– – ◊ Voltage Imbalance +/-2%
Genset Bus kW (Closed Loop) –– –● – ◊ Phase Rotation –
Genset Bus kW with Utility Constraint (Closed Loop / Base Load with export limit) –– –● – ◊ Loss of Phase
Utility Bus kW (Closed Loop / Peak Shave) –● –● – ◊ Transfer Normal to Emergency (time) U/F Only
Extended Utility Paralleling kVAR Control –● Re-transfer Emergency to Normal (time) –
Gen Bus % Level (Open Loop) –● –● – ◊ Engine Start Delay (adjustable) –
Genset Bus Power Factor (Open Loop) –● – ◊ Time Delay to Engine Stop –
Genset Bus kVAR (Closed Loop) –● –● – ◊ Programmed Transition (time)
Genset Bus Power Factor (Closed Loop) –● –● – ◊ Fail to Disconnect Timer (closed transition) 0 – 300 secs
Utility Bus kVAR (Closed Loop) –● –● – ◊ Time & Date – Stamped Event Log 0 – 30 mins
Utility Bus Power Factor (Closed Loop) –● –● – ◊ Historical Data Display 0 – 10 secs
Extended Paralleling Control –● Remote Monitoring / Communication 0 – 30 mins
Auto Peak Shave or Base Load –● –● – ◊ System Data Display 0 – 10 secs
Power Transfer Transitions Elevator Signal Module
Open Transition –● –● ● ● Load Sequencing –
Hard Closed Transition < 100ms – ◊* – ◊* Fully Programmable Exerciser Clock –
Hard Closed Transition non-ramping –● –● – ● Exercise Clock –
Soft Closed Transition – ◊* –● – ● Real-Time Clock –
NE Function –● –
Neutral Earth Device Control –● ◊◊ ◊ ◊ ◊
Data Communication, Display & Alarming –
Web Serving HMI Screens –– ◊ ◊ ◊
Genset Summary data at the DMC ◊◊ ● ● ●
Real Time Trending ●● ● ● –
Historical Trending ●● ◊ ◊
Modbus RTU RS485 BMS Interface –– ◊◊ ◊ ◊ ● Standard
Modbus RTU RS232 ◊◊ ◊ ◊ ◊ Optional
Modbus TCP/IP over Ethernet BMS Interface –– ◊◊ ◊ ◊ – Not Available
Remote Monitoring Station for on-site / off-site power systems –– –– ◊ ◊
Supervisory Monitoring Station for onsite / offsite power systems –– –– ◊ ◊ All Units are CE Certified
System Annunciator (s) –– –– ◊ ◊
Audible Alarm ●● ●● ● ● Visit Cummins Power Suite:
Diagnostics –– ●● ● ● Powersuite.cummins.com
Operator Interface ––
HMI 211 Operator Interface –– –– – –
15” Colour Touch Screen –– ●● ● ●
19” / 42” Colour Touch Screen –– –– ◊ ◊
Redundant CPU ●●
Hot Standby Redundant CPU and Cabling ●● –– ◊ ◊
Reports – Alarm History ●● ● ●
●●
––
––
––
––
* Only with Cummins supplied Switchgear
Cummins Distribution Europe Tel : 08705 32 92 02
40-44 Rutherford Drive Fax : 01933 33 43 43
Park Farm Industrial Estate
Wellingborough Email : [email protected]
Northants NN8 6AN Website : www.cumminseurope.com
90 - Diesel Generator Size Selection
Ratings as per ISO8528 Part 1:
Prime Power
Variable load. Unlimited hours usage with an average load factor of 80% of the published Prime Power over each 24 hour period. A 10% overload is
available for 1 hour in every 12 hours.
Standby Power
Limited to 500 hours annual usage with an average load factor of 80% of the published Standby Power rating over each 24 hour period. Up to 300
hours of annual usage may be run continuously. No overload is permitted on Standby Power.
Generator Selection should be based on the specific application, required rating and operational conditions. Project specific generator sizing and
selections can be offered using the FG Wilson GenSelect software tool.
GenSelect provides a library of common load types, which can be arranged into a sequence of load steps to simulate a client’s load scenario. GenSelect
calculates the requirements of the load and compares the requirements against the performance of each generating set, at the specified site conditions.
Some features of GenSelect: The Installation of a selected generator application will vary depending
on the cooling airflow requirement, the noise requirement, exhaust
• Parallel generating sets termination and fuel autonomy, etc.
• Single phase generating sets
• Additional single-phase loads (motors, UPS, battery charger, etc) To assist with designing for installation at a specific project, FG Wilson
• New load type added for modelling lifts has generated the Blueprint software tool, offering the following facilities:
• Partly loaded motors & UPS duty point
• Percent of intermittent motors • Room Planning Incorporating the following values for
• Choice of sizing algorithm • Flue Sizing & Selection k-factor based on CIBSE Guide C
• Sizing report PDF for attaching to an email • Airflow Calculation
• Selection & starting analysis dialogs (identifies which load steps have • Pressure Drop Calculator Object Shape k-factor
• Noise at Distance Calculator 1.25
determined the generating set selection) 90º Squared
Bend
Special attention should be given to generators sized to support critical
and life safety loads, such as Sprinkler Pumps and Fire Pumps, Noise at distance calculation 90º Bend 0.35 - 0.72
operating under generator supply. based on ISO3744 with turning veins (Manufacturer Specific)
90º Swept 0.67
Bend
Such critical loads may require allowance for support of the motor load SWL = SPL + 10lg (S/S0) dB 45º Squared 0.6
in Locked Rotor condition, where the stalled motor shall draw Bend
considerably more than the running/starting current, and may require to β - d2
be maintained during the starting of a standby load/motor. Consideration Sudden d1
should be given to the redundancy of supply and the overall fire strategy. Expansion
Ke = (1-β2)2
Bells Controls Equipment Ltd and FG Wilson Engineering Ltd can provide Sudden β4
assistance with such generator selections and sizings. Contraction
Kc = √0.5 (1-β2) Sin 0/2
β4
Bells Control Equipment Ltd Bells Power Ltd (Aftersales)
228 Shoreditch High Street Unit 8 Belvedere Business Park
London E1 6PJ Crabtree Manorway
Tel : 020 3259 0100 South Belvedere DA17 6AH
Fax : 020 7247 7331 Tel : 020 3259 0100
www.bellspower.co.uk [email protected] Fax : 020 8310 0977
Havells Metering & Surge Protection - 91
Metering Requirements
Part L2 of the building regulations has fundamentally changed how electrical systems for buildings
are designed and installed.
• At least 90% of energy consumption in buildings larger than 500m² must be accounted for
• An energy performance certificate demonstrating compliance is required for every building
• Automatic meter reading (AMR) in all new buildings over 1000m² must be incorporated
• Additional metering would be required for plant items with input powers greater than or equal
to those shown below
Plant Item Rated Input Metered 125A Type B Distribution Board
Power (kW) Tri-Load Meter
Boiler installations comprising one or more boilers or CHP plant feeding a MID Approved Meter Unit
common distribution circuit 50 Surge Protection Device for Type B Distribution Board
Chiller installations comprising one or more chiller units feeding a common 20
distribution circuit
Electric humidifiers 10
Motor control centres providing power to fans and pumps 10
Final electrical distribution boards 50
Havells offers a comprehensive solution to metering and measuring energy consumption in
buildings. The key for Havells is our understanding of regulations, future requirements for metering
and what it means to the installer.
The range of metering solutions includes both integrated and retro fit with features such as ease
of install, pre-configuration (reducing risk of errors) and MID options, making the installers life
easy when considering metering.
What is MID?
The Measuring Instruments Directive (MID) was introduced by the European Commission to
promote free trade of measuring instruments throughout Europe.
Any meter used for billing of electricity, must be either MID approved or approved under UK
national legislation. Meters already installed, that were approved under UK national legislation
prior to October 2006 may remain installed indefinitely, as long as they are measuring accurately.
Any new meter manufactured and approved after October 2006 must be approved under the MID
regulations.
In the UK, the MID is applicable for loads up to 100kW. After October 2016 every new meter
installed for billing must be MID approved. It is a criminal offence to use a non-approved meter
for billing.
Surge Protection: Havells & Furse
Furse is a world leader in the design, manufacture and supply of earthing and lightning protection
systems.
A Havells/Furse strategic alliance offers fully type tested solutions of complete assemblies,
including Type A/B distribution boards and MCCB panel boards.
This concept is unique to the current selection of surge protection devices within an electrical
system as a proven level of energy let through voltage can be confirmed for a complete assembly
and not simply sub components.
The configuration of surge protection devices within each assembly has been standardised to
reduce installation variables to ensure that a surge protection device operates at optimum
performance maintaining the integrity of the electrical system.
• Fully type tested solutions validated by Furse
• Standardised kits to reduce installation variables for optimum performance
• Compliance to BS EN62305 & IET Wiring Regulations BS 7671:2008 (+A1:2011)
Havells UK Tel : 0800 440 2478
Longbow House
14-20 Chiswell Street Website : www.havells.co.uk
London Email : [email protected]
EC1Y 4TW
92 - The Generator Company - Model Specifications
50Hz 50Hz Open Soundproofed
Model kVA Fuel No. Series Dimension (mm) Weight Fuel Tank Dimension (mm) Weight Fuel Tank
Standby Consumption Cylinders Regulator / (kg) (L) (Kg) (L)
TGC-009 Governor
TGC-014 75% (Lit/h) 3 80 47
TGC-033 2 M 80 85
TGC-044 9 1.83 4 M 1300x580x1298 420 105 1600x950x1132 500 85
TGC-066 4 M 1300x580x1220 420 105 2000x950x1253 980 85
TGC-083 14 2.6 4 M 1700x730x1634 680 192 2000x950x1253 980 85
TGC-095 4 M 1700x730x1615 780 192 2500x1100x1455 1230 85
TGC-110 33 6.5 4 M 1900x900x1955 860 192 2500x1100x1455 1420 220
TGC-140 4 E 1900x900x1947 1080 192 2500x1100x1455 1680 220
TGC-165 44 8.5 6 E 1900x900x1969 1100 320 3000x1200x1614 1740 220
TGC-220 6 E 1900x900x1966 1400 320 3000x1200x1614 1940 220
TGC-300 66 10.2 6 E 2360x1035x1933 1440 320 3000x1200x1614 1970 360
TGC-330 6 E 2360x1035x1933 1460 531 3000x1200x1614 2400 360
TGC-385 83 12.7 6 E 2360x1035x1938 1608 531 3600x1350x2040 2475 534
TGC-440 6 E 3000x1300x2294 1950 531 3600x1350x2040 3575 534
TGC-475 95 14.4 6 E 3000x1300x2310 2770 531 4200x1600x2120 4300 534
TGC-550 8 E 3000x1300x2420 3295 550 4200x1600x2120 4660 1000
TGC-680 110 16.2 8 E 3000x1300x2445 3295 550 4200x1600x2120 4740 1000
TGC-720 6 E 3000x1460x2406 3700 558 4800x2000x2580 6000 1000
TGC-825 140 23.2 6 E 3000x1460x2406 4030 558 4800x2000x2580 6380 1000
TGC-880 6 E 3500x1300x2097 4240 1000 4800x2000x2580 6600 1000
TGC-940 165 29 6 E 3500x1300x2380 4440 1000 4800x2000x2580 6900 1000
TGC-1005 8 E 4000x1600x2405 4900 1000 4800x2000x2580 7100 1000
TGC-1135 220 35 8 E 4000x1600x2000 7000 1000 6500x2200x2636 10500 1000
TGC-1400 8 E 4500x1700x2200 7400 1000 6500x2200x2636 11000 1000
TGC-1430 300 47.6 12 E 4500x1700x2200 7600 1000 6500x2200x2636 11500 1000
TGC-1650 12 E 4500x1700x2200 7800 1000 6500x2200x2636 14500 1000
TGC-1905 330 53.7 12 E 4800x2000x2200 10100 1000 12161x2432x2614 20000 1000
TGC-1980 12 E 4800x2000x2200 12500 1000 12161x2432x2614 20050 1000
TGC-2280 385 57.3 16 E 5500x2100x2400 13000 1000 12161x2432x2614 20500 1000
TGC-2500 16 E 5500x2100x2400 13700 1000 12161x2432x2614 21000 1000
TGC-2750 440 72.5 18 E 5500x2100x2400 14000 TBC 12161x2432x2614 21000 TBC
TGC-3000 18 E 6500x2100x2400 15000 TBC 12161x2432x2614 23000 TBC
475 75.8 18 E 6175x2494x3115 16690 TBC TBC TBC
E 5668x2313x2300 19996 RFQ TBC
550 93.2 5668x2313x2300 19996 RFQ TBC
RFQ
680 90
720 97
825 121
880 130
940 196
1005 143
1135 160
1400 189
1430 211
1650 227
1905 260
1980 275
2280 313
2500 368
2750 438
3000 438
The Generator Company is a well established independent supplier of standard and specialised generator packages.
A full quotation can be obtained by contacting our sales team as detailed below.
The Generator Company Tel : 01634 668090
Unit 12 Stirling Park Fax : 01634 687039
Laker Road
Rochester Email : [email protected]
Kent ME1 3QR Website : www.tgc.uk.com
The Generator Company - Completed Projects / Case Studies - 93
The Generator Company has established itself as a leading Supplier, Installer, Hire Specialist and Service Provider for industrial generators and related
equipment throughout the world. Our success has been built upon delivering excellence in design, innovation, quality and commitment to our customers.
Our standard range of industrial generators is powered by both diesel and gas engines ranging from 8 kWe to 3,000 kWe utilising a single engine. For
larger power requirements we utilise digital multi-set paralleling control systems from a range of manufacturers including Cummins, Deep Sea, DEIF,
Megacon and ComAP that are integrated into our own Single Generator or Multi Paralleling Control Systems.
Our experience and expertise also extends to the design and manufacture of Control Systems and Switchgear for Power Generation related projects
meaning that we are able to offer a pioneering range of products for a wide variety of applications and environments.
London Investment & Asset Management Company Remote Base Load Power Stations
2 x 2000kVA prime rated generator sets Three separate remote based power stations all situated in areas with
and associated plant delivered, installed limited vehicular access. The generator sets had to provide the sole
and commissioned for a leading source of power on site. The Generator Company supplied 4 x 500kVA
Investment & Asset Management prime rated powered generator sets
Company with a diverse portfolio in the with a set mounted control panel and
UK, Europe, Australia and Asia. local protection circuit breaker.
Each generator had a set mounted The control panel was suitable for
control panel to facilitate ‘set to set’ facilitating single set operation with
parallel operation. Each set was also parallel function and synchronising onto
supplied with a free standing motorised a common bus which worked in
3200Amp ACB cubicle. conjunction with the supplied Master
Control Panel, the LV switchboard and
Petbow AP600 Paralleling System Control Upgrade at building management system.
Leading Property Investment Company
Leading UK Bank in the City of London
Design challenges included interfacing
the new Generator Control System with The Generator Company was asked to design, manufacture, install and
the existing Generator LV Switchboard commission a 550kVA standby generator to be installed at roof level on
containing 10 Motorised Air Circuit a 9 storey building to support two separate banks. This included the
Breakers and 20 sets of load shedding design and installation of a common basement fuel storage facility and
switchgear located throughout the fuel transfer system to roof level generator ‘day’ tanks.
building, and interfacing the new control
system with 4 x Petbow Standby A large 16,000 litre bulk storage facility was installed to supply both sets
Generators fitted with Dorman 12 SET within an existing basement with limited access via a vehicle lift and
Diesel Engines and a combination of narrow pedestrian corridors. Six individually bunded tanks were linked
alternator types. and a common fuel line installation was welded pipe-in-pipe and a spill
return was created in the interstitial space between the pipes.
Alternator Repairs at Power Station in Antigua Harbour
Unimpeded access also had to be provided to drainage inspection
Following a tropical storm, the generator power station was flooded with manholes in the tank room floor.
approximately 450mm of water. The
site engineers shut down the generator Switchgear & Generator Paralleling Control System at
power station and switched off the main Luxury Resort & Spa Hotel Complex on Antigua
supply causing a complete power
outage throughout the complex. The customer required The Generator
Company to design, manufacture,
The Generator Company responded to deliver and commission 3 new 975KVA
the emergency call immediately and (60Hz) generator sets for parallel
had alternator HV specialists on site operation, daily service fuel tanks, inlet
stripping down the alternators to and discharge attenuation and exhaust
ascertain the extent of the damage. silencer(s) to limit the noise level
outside the plant room to a level of 75
Due to the restricted available resources, limited power was restored to dBA @ 1m. A bespoke switchboard
the complex by getting the first of the three generators back up and inclusive of all system and generator
running within 48 hours. controls and cabling and installation kits.
Largest Health Care Provider in South West London Generator & Utility Paralleling Control System Upgrade
at Leading UK Internet Supermarket Company
3 x 1000kVA prime rated generator sets and associated plant delivered,
installed and commissioned in one of the country’s principal NHS teaching A generator was required to supplement an existing unit at the main
hospitals. This is shared with St George’s, University of London which is distribution hub near London to accommodate expansion of the site. The
a dual faculty institution offering medicine, biomedical sciences and health customer required The Generator Company to design, manufacture,
and social care sciences. Each set was supplied with an automatic install and commission a new 1500kVA PRIME Rated Standby Generator
lubricating oil make-up system located immediately adjacent to the for parallel operation with one existing generator and two utility power
generator sets that allowed the sump to be automatically topped up supplies.
between services intervals as required.
The Generator Company Tel : 01634 668090
Unit 12 Stirling Park Fax : 01634 687039
Laker Road
Rochester Email : [email protected]
Kent ME1 3QR Website : www.tgc.uk.com
94 - Yellow Power - Product Specifications
Yellow Power Ltd - ‘SENTINEL’ Diesel Range - Product Specification
Genset Model Prime Rating Standby Rating Engine Alternator Dimensions Weight Fuel
@ 400V/220V/50Hz @ 400V/220V/50Hz Manufacturer Manufacturer Length x Width x Height² Consumption
SEN/P10/D (Kgs)
SEN/P14/D (KVA) (KW) (KVA) (KW) MITSUBUSHI STAMFORD (mm) (mm) (mm) 375 (Ltrs/Hr)¹
SEN/P20/D MITSUBUSHI STAMFORD 400 3.1
SEN/P30/D 10 8 10.8 8.6 MITSUBUSHI STAMFORD 1370 520 1360 465 4.3
SEN/P38/D MITSUBUSHI STAMFORD 690 6.2
SEN/P60/D 14 11.2 15.5 12.4 JOHN DEERE STAMFORD 1370 520 1360 1235 8.6
SEN/P80/D JOHN DEERE STAMFORD 1250 10.1
SEN/P100/D 20 16 22 17.6 JOHN DEERE STAMFORD 1630 6650 1200 1350 14.8
SEN/P140/D JOHN DEERE STAMFORD 2200 19.8
SEN/P150/D 30 24 32.5 26 JOHN DEERE STAMFORD 1630 650 1200 1850 23.8
SEN/P200/D JOHN DEERE STAMFORD 1850 31.2
SEN/P250/D 38 30 42 34 JOHN DEERE STAMFORD 2080 670 1370 2140 32.8
SEN/P275/D JOHN DEERE STAMFORD 3125 40
SEN/P325/D 60 48 64 51 STAMFORD 2300 850 1550 3855 54
SEN/P350/D VOLVO STAMFORD 3940 60
SEN/P375/D 80 664 88 70 VOLVO STAMFORD 2300 850 1620 4300 69
SEN/P400/D VOLVO STAMFORD 4440 70
SEN/P450/D 100 80 110 88 VOLVO STAMFORD 2300 850 1570 4460 75
SEN/P500/D VOLVO STAMFORD 4915 83
SEN/P570/D 140 112 150 120 VOLVO STAMFORD 2700 800 1580 5250 92
SEN/P635/D VOLVO STAMFORD 5400 103
150 120 165 132 VOLVO STAMFORD 2700 800 1580 5500 120
VOLVO 129
200 160 220 176 3050 1030 1790
250 200 275 220 3420 1140 2080
275 220 300 240 3420 1140 1920
325 260 360 288 3420 1140 1920
350 280 385 308 3420 1140 2030
375 300 415 332 3420 1140 2030
400 320 440 352 3420 1140 2030
450 360 500 400 3710 1187 2030
500 400 550 440 3710 1187 2270
570 456 660 528 3710 1187 2270
635 508 700 560 3870 1490 2110
Yellow Power Ltd - ‘High Powered’ Diesel Range - Product Specification
Genset Model Prime Rating Standby Rating Engine Alternator Dimensions Weight Fuel
@ 400V/220V/50Hz @ 400V/220V/50Hz Manufacturer Manufacturer Length x Width x Height² Consumption
ML/770/D (Kgs)
ML/900/D (KVA) (KW) (KVA) (KW) MTU LEROY SOMER (mm) (mm) (mm) 5640 (Ltrs/Hr)¹
ML/1000/D MTU LEROY SOMER 6580 158
ML/1130/D 770 616 850 680 MTU LEROY SOMER 3860 1660 1890 6670 185
ML/1250/D MTU LEROY SOMER 7960 205
ML/1550/D 900 720 1000 800 MTU LEROY SOMER 4200 1660 1890 8870 232
ML/1650/D MTU LEROY SOMER 10100 254
ML/1850/D 1000 800 1100 880 MTU LEROY SOMER 4200 1660 1890 11600 315
ML/2100/D MTU LEROY SOMER 12100 335
ML/2250/D 1130 904 1250 1000 MTU LEROY SOMER 5050 2230 2500 14500 372
ML/2600/D MTU LEROY SOMER 14600 422
ML/2850/D 1250 1000 1400 1120 MTU LEROY SOMER 5620 2200 2400 21000 452
ML/3100/D MTU LEROY SOMER 22400 522
1550 1240 1700 1360 MTU LEROY SOMER 5850 2250 2500 24500 573
623
1650 1320 1800 1440 5850 2250 2500
1850 1480 2000 1600 5850 2250 2500
2100 1680 2300 1840 6150 2350 2550
2250 1800 2400 1920 6150 2350 2550
2600 2080 2700 2160 6990 2480 2600
2850 2280 3150 2520 7320 2480 2600
3100 2480 3250 2600 7320 2480 2600
Yellow Power Ltd - Natural Gas Range - Product Specification
Genset Model Continuous Rating Output Efficiency Engine Alternator Dimensions Methane Energy
@ 400V/220V/50Hz Manufacturer Manufacturer Length x Width x Height² No. Input
ML/232/G * KW
ML/390/G (KVA) (KWe) KWe KWth Elec. Total MTU LEROY SOMER (mm) (mm) (mm) ≥80 643
ML/420/G * 232 210 36.1 68.7 MTU LEROY SOMER ≥70 995
ML/772/G * 290 232 390 233 39.2 62.6 MTU LEROY SOMER 3800 1650 2150 ≥80 1064
ML/1166/G * 420 247 39.5 62.7 MTU LEROY SOMER ≥70 1883
ML/1562/G * 488 390 772 434 41 64 MTU LEROY SOMER 3940 1660 2150 ≥70 2822
ML/1948/G * 1166 660 41.3 64.7 MTU LEROY SOMER ≥70 3765
525 420 1562 872 41.5 64.6 MTU LEROY SOMER 3940 1660 2150 ≥70 4685
1948 1078 41.6 64.6
965 772 4000 1700 2400 ≥80 665
≥70 995
1458 1166 4450 1700 2600 ≥80 1064
≥70 1883
1953 1562 5300 1700 2600 ≥70 2822
≥70 3765
2435 1948 5900 1600 2600 ≥70 4685
ML/232/G/HR ** 290 232 232 210 35.4 91.8 MTU LEROY SOMER 3550 1810 2200
ML/390/G/HR ** 488 MTU LEROY SOMER 3850 1870 2250
ML/420/G/HR ** 525 390 390 233 39.2 86.8 MTU LEROY SOMER 3850 1870 2250
ML/772/G/HR ** 965 MTU LEROY SOMER 5500 1800 2400
ML/1166/G/HR * 1458 420 420 247 39.5 86.8 MTU LEROY SOMER 6000 1800 2400
ML/1562/G/HR ** 1953 MTU LEROY SOMER 6800 1800 2600
ML/1948/G/HR ** 2435 772 772 434 41 87.3 MTU LEROY SOMER 7820 1920 2600
1166 1166 660 41.3 87.5
1562 1562 872 41.5 87.1
1948 1948 1078 41.6 87.6
RATING DEFINITIONS TECHNICAL DATA NOTES
Continuous Power (COP) Gas Units only: 1 * Data based on gas generator only, no heat recovery
Continuous Operation at full rated load, 100% load available 2 **Data based on gas generator with full heat recovery
No restriction on operating hours per annum 3 1Fuel consumption based on 100% prime power rating
4 2Dimensions are approximate and for guidance only
Prime Power (PRP) 5 All ratings are based on 40ºC ambient conditions up to 400MASL
Continuous Operation with varying load, typically load factor > 75% 6 All equipment is based on 400V, 50Hz, 1500RPM. Alternative voltages are
Unrestricted operating hours per annum, 10% overload available
available - please seek clarification from Yellow Power Ltd
Standby Power (ESP) 7 Equipment suitable for alternative gas supplies (Bio-Gas, Landfill Gas, etc) are
Standby operation with varying load, typical load factor > 85%
Maximum 500hrs operating per annum, rating at fuel stop, no overload available available - please seek clarification from Yellow Power Ltd
Yellow Power Ltd Tel : 01889 88 22 55
Haywood Mill Fax : 01889 87 80 40
Mill Lane
Great Haywood Email : [email protected]
Staffordshire ST18 0RL Website : www.yellowpower.com
SHMMetering-The 2006Measuring InstrumentsDirective(MID)-95
What is MID? Frequently Asked Questions
The Measuring Instruments Directive (MID) was introduced by the European Q. Can MID meters be used for supplies over 100kW?
Commission to promote free trade of measuring instruments throughout Europe.
The European Directive 2004/22/EC came into force throughout the EU on 30/10/06. A. In the UK, MD meters are only able to be used as Primary meters for sites not
The purpose of the directive is to create a single market in measuring instruments exceeding 100kW. Above 100kW, meters must be approved under UK National
for the benefit of manufacturers and consumers across Europe. Approval to MID is legislation because Code of Practice 5 (COP5) meters must be used for settlement
required for meters used in any fiduciary (i.e. billing) application. National rules that in the half-hourly market. As Secondary meters (sub-meters) installed after the
deviate from MID are not allowed. With the MID European Type Approval Certificate, Primary supply meter, MID meters can be used for any internal supply above or
an instrument may be freely sold and used in any European Union (EU) or European below 100kW.
Economic Area (EEA) member state. Instruments must meet the general essential
requirements of the directive plus one of ten instrument-specific annexes. For Q. Can I use a panel-mount meter for billing?
electricity meters, this is MI-003 (Active Electrical Energy Meters).
A. Yes. 96mm x 96mm and 72mm x 72mm MID approved panel mount meters are
Billing Applications now readily available. As long as the meter is an approved billing meter, it is
immaterial whether it is wall mounting or surface panel mounting. There are very
Prior to MID, meters were approved under UK National legislation and statutory few 96mm x 96mm panel mount meters approved under UK National regulations
responsibility for the Electricity Act 1989 was held by OFGEM. From 2009, and these are highly specialist and expensive. Any panel meter used henceforward
responsibility for legal metrology and implementation of MID and its dependent UK for billing or sub-billing should sensibly be specified to be an MID approved meter.
regulations passed to the National Measurement Office (NMO) in Teddington. The
Electricity Act remains in force, but the MID requirements are implemented by a Q. Can a DIN rail meter be used for billing?
new Statutory Instrument (SI). The SI published in 2006 is the Measuring
Instruments (Active Electrical Energy Meters) Regulations SI2006/1679, and details A. Yes. There are several panel-mount meters which have MID approval. There are
the requirements for MID approval. no DIN rail meters which were approved for metering under the old pre-2006
regulations. So any DIN rail meter used for billing must be an MID approved meter.
The word ‘approval’ now includes meters fulfilling the requirements of MID
regulations by a Notified Body (i.e. a testing laboratory); this body need not be a Q. Can I use meters with just Annex B for billing?
UK organisation. The Electricity Act 1989 is still in force in the UK and directly
legislates for those meters approved prior to October 2006. Meters that meet the A. No. Annex B is a design acceptance and the meter therefore has not completed
requirements of 512006/1679 are deemed to be ‘approved’ in accordance with the the full MID approval process. A meter cannot be used for billing until it has
Electricity Act 1989 and for MID approved meters, the 2006 Statutory Instrument completed the full conformity process and carries the B+D or B+F approval and is
applies. Approval now means approval as to both design and individual testing at clearly identified by the use of the full MID approval mark.
manufacture according to the MID 2004/22/EC directive instrument specific
annexes. For electrical energy meters, this is Annex MI-003. Q. Why do manufacturers sell meters that are only Annex B?
Meters manufactured under pre-MID UK legislation may still be used and even A. A manufacturer may design and produce a meter to the specification standard
continue to be installed. Under these regulations it is possible to install meters for and requirements of MID, but may decide not to complete the full approval process.
commercial billing which are approved, but not individually certified for accuracy, This meter cannot be used for billing. Mid Annex B is a procedure that ensures
provided there is an agreement between supplier and consumer. From 2016 all new meter accuracy and quality. It allows the manufacturer, should he so chose, to
meters installed for billing purposes must be MID approved. Meter manufacturers complete the full MID approval process at a later stage.
are now ensuring that any current designs of meters which have only UK approval
are being submitted for approval under MID, so as to increase the market for and Q. What about the billing system, does it need to be MID approved?
the longevity of their products. MID approved meters may be sold and used
throughout the whole EU, irrespective of their country of origin. A. No. Only the meter itself is subject to MID. The data collection system, whether
it is manual reading, remote reading via data loggers, BMS, EMS software or any
Certification: Certification under UK National legislation refers to individual testing other, means is not covered. If there is a dispute over the accuracy of a meter, it is
of a meter manufactured with an Approved Pattern of Design. Exemption from important to emphasise that the meter register remains the ‘prima facie’ evidence
certification only applies to meters approved under UK National legislation. MID for consumption and a data logger or other item of equipment or software has no
does not recognise Certification as a separate process. Meters are either MID influence whatsoever over a dispute decision.
approved or they are not.
Q. Are current transformers covered by MID?
Approval: MID meters can only have approved status and approval refers to design
followed by individual testing at manufacture. Certification is not a recognised term A. No. Only the meter itself is covered by MID. Good practice requires that current
under MID. Meters must have approval according to Annex B+ Annex D, Annex B+ transformers should have accuracy consistent with the meter and the load to which
Annex F or Annex H1. All MID approved meters MUST carry the full MID marking and they are connected. The 1989 Electricity Act states only that the CT and the meter
it is having this full marking which denotes whether a meter is MID approved or not. are to be installed in an approved manner. MID makes reference to instrument
transformers (CTs), but does not cover any aspect of their performance or accuracy.
Meters Covered by MID
Q. I am billing people only for a small amount of electricity on a caravan site,
If you are a residential, commercial, industrial landlord or property manager, in any can I use low cost non-approved meters?
of the following situations you must employ an MID approved meter or a UK National
approved meter (which will have been approved prior to October 2006). However, A. No. All meters used for billing at ANY level of consumption must be approved.
if the latter type of meter is already installed, so long as it is measuring accurately
you may continue to use it indefinitely. Since any new billing-approved meter is Q. Are there MID meters with current and voltage indication?
almost certain to carry MID approval, for new electricity supplies it is best to fit MID
approved billing meters. From October 2016, only MID approved meters can be A. Yes. SHM supplies MID approved kWh meters that have full, multi-function
fitted. These are a few of the sub-billing applications commonly encountered: capability, including Harmonic Distortion if required.
• Multi-use commercial building • Caravan parks Q. Do I need to replace meters approved under UK National legislation?
• Industrial estates • Data centre server supplies A. No. Meters approved under UK National legislation can be used up to the end of
their certification life. The initial certification period may be 10, 15 or 20 years, but
• Sub-let shops or concessions • Sports facilities may be extended for as long as the meter continues to meet the stipulated accuracy
requirements. Any replacement meter installed after October 2016 must be MID
• Residential flats • Any charging of electricity by meter approved. If meters approved under UK National legislation are installed prior to
• Marinas reading October 2016, they can remain ‘on the wall' indefinitely, as long as they are accurate.
For these supplies, any meter fitted after October 2016 MUST be MID approved. Q. I am specifying meters under Part I of the Building Regulations to be used
Any meter approved solely under UK National legislation CANNOT be installed for only for energy management purposes, do I need MID Approved meters?
use after October 2016. From October 2016 the only legal option for newly metered
supplies is to fit an MID meter. A. It is not necessary to install MID approved meters for purely monitoring purposes,
but if it is likely that in future they may be used for billing it is wise to specify MID
The use of unapproved meters does not meet the requirements of the approved meters throughout.
Electricity Act 1989. To bill electricity with a non-approved meter is a breach
of the 1989 Act and is classified as a criminal offence. On conviction the The above is an excerpt from the SHM “Guide to the MID”.
person committing the offence is liable to a fine not exceeding level 3 on the A full copy can be obtained FREE OF CHARGE
standard scale. This fine is currently set at £1000 per each offending meter, by contacting SHM below.
so for a multiple meter site the fine will be substantial.
Landlord Obligations
Landlords, estate managers and property developers should check that they have
legally acceptable meters fitted throughout their premises. The use of unapproved
meters for billing carries the risk of prosecution. A tenant is within his rights to refuse
payment if his electricity bill is based on readings from a non-approved meter. In
SHM's experience we have found that around 90% of meters presently fitted in
commercial buildings are not approved for billing. SHM will be pleased to undertake
a survey of all installed meters within a building or estate to determine whether or
not the meters comply with current legislation.
SHM Metering Tel : +44 (0) 1962 865142
Valley House Fax : +44 (0) 1962 862451
6 Winnall Valley Road
Winchester Email : [email protected]
Hampshire SO23 0LD Website : www.shmmetering.co.uk
96 - Energy Management Energy Management Integrated Web-Based Solution
for Energy Management Type VMU-C
Energy Management Energy Meter Type EM21 72V
Product Description
Product Description
VMU-C is a combination of modules which performs the monitoring of an
Three-phase energy meter with removable front LCD display unit. Energy Management installation.
The same unit can be used either as a DIN-rail mounting or panel
mounting energy meter. The core unit is VMU-C gathering data from up to 32 energy meters; the
This general purpose three-phase energy meter is suitable for both active meters can be both AC or DC meters.
and reactive energy metering for cost allocation, as well as for main
electrical parameter measurement and retransmission (transducer In addition to the data-logging, it also performs the management of local
function). or remote (via VMU-M) VMU-O “I/O unit” and/or VMU-P “Environment
Housing for DIN-rail mounting with IP50 (front) protection degree. variable unit” and provides an FTP push functionality.
Current measurements are carried out by means of external split core
current sensors with 0.333V output while voltage measurements are VMU-C can also provide, by means of the VMU-O modules, relay alarm
carried out either by means of direct connection or by means of potential contacts and digital inputs (e.g. for status indication to sense the tripping
transformers. of an automatic switch).
EM21-72V is provided, as standard, with a pulsating output for active
energy retransmission. The VMU-W unit has the task of transmitting, with wireless modem
In addition the 2-wire RS485 communication port is available as an option. technology, all the data when a wired LAN or Internet access is not
available.
Main Features
The FTP push function enables a FTP based communication from VMU-C
• Easy connections management & detachable display to an external FTP server (owned by the enduser), to transmit in a simple
and standard way a predefined set of data (using CVS format).
• Multi-use housing: for both DIN-rail & panel mounting applications
• Equivalent to Class 1 (kWh) of EN62053-21 In this case, data is gathered and logged by VMU-C from the energy
• Equivalent to Class 2 (kvarh) of EN62053-23 meters and VMU modules in the field and, following a schedule or a
• Accuracy ±0.5% RDG (current/voltage) trigger, is grouped into a file and uploaded to the defined FTP server.
• Instantaneous variables readout: 3 DGT
• Energies readout: 7 DGT The upload action is repeated in case of failure.
• System variables: W, var, PF, Hz, phase-sequence
• Single phase variables: VLL, VLN, A, PF In addition to the protocol, VMU-C can communicate data in M2M
• Energy measurements: total kWh & kvarh (machine to machine) scenario also via HTTP protocol.
• TRMS measurements of distorted sine waves (voltages/currents)
Main Features
• One pulsating output (opto-mosfet)
• RS485 serial output (on request) (MODBUS-RTU), iFIX • Integrated modular local monitoring system for Energy Management
• SCADA compatibility plants based on Webserver & FTP/push capability
• Self-power supply
• Dimensions: 4-DIN modules & 72x72mm • Up to 8 DIN modules configuration equivalent to 140mm width
• Protection degree (front): IP50
• Application adaptable display & programming procedure • VMU-C EM can manage on RS485 bus up to 32 Energy Meters or
Power Analysers
(Easyprog function)
• VMU-C EM can manage on local bus 1 VMU-W modem unit
• VMU-C EM can manage on local bus up to 4 VMU units & up to 10
VMU-M based arrays on RS485 bus
• Any VMU-M based arrays can manage up to max 1 VMU-P unit &
max 3 VMU-O unit
Carlo Gavazzi UK Ltd Tel : 01276 854110
4.4 Frimley Business Park Fax : 01276 682140
Frimley @CarloGavazzi_UK
Camberley Email : [email protected]
Surrey GU16 7SG Website : www.carlogavazzi.co.uk
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